Question: Can we put the fruit basket on the wooden shelf?

Answer: no

Choices:
- no
- yes


Question: Can the two dogs fit in the dog bed?

Answer: yes

Choices:
- no
- yes


Question: Can the cat fit completely into the basket?

Answer: yes

Choices:
- no
- yes


Question: Can the white car pass between the two other cars on the street?

Answer: yes

Choices:
- no
- yes


Question: Can the fruits fit completely within the blue plate?

Answer: no

Choices:
- no
- yes


Question: Can the pizza fit completely into the bowl?

Answer: no

Choices:
- no
- yes


Question: Can the standing man sit between the two people on the sofa?

Answer: no

Choices:
- no
- yes


Question: Can we place another plate onto the food tray?

Answer: no

Choices:
- no
- yes


Question: From the perspective of the boy sitting on the road, can anyone pass along the road from his left side?

Answer: no

Choices:
- no
- yes


Question: Can another black cat lie on the first layer of a two-layer bench?

Answer: yes

Choices:
- no
- yes


Question: Is the garage behind tall enough to fit the giraffes?

Answer: yes

Choices:
- no
- yes


Question: Observe that there are two slices of cakes and a cup of porridge on the plate, is it possible to put four slices of cake on an empty plate?

Answer: yes

Choices:
- no
- yes


Question: Is there enough space for another person to sit in the ski lift?

Answer: yes

Choices:
- no
- yes


Question: Is the white plate large enough to hold one slice of pizza completely inside?

Answer: no

Choices:
- no
- yes


Question: Can we put another apple on the plate?

Answer: yes

Choices:
- no
- yes


Question: Is the room large enough to hold four beds?

Answer: no

Choices:
- no
- yes


Question: Can the red suitcase be placed under the chair with brown surface?

Answer: no

Choices:
- no
- yes


Question: If the blue plastic basket is empty, can we put the white suitcase inside it?

Answer: no

Choices:
- no
- yes


Question: Will 5 bowls fit into the dish drainer side by side on its bottom layer?

Answer: no

Choices:
- no
- yes


Question: Is there enough room for people standing around the bench to all sit on the bench?

Answer: no

Choices:
- no
- yes


Question: Can another mouse be put on the mat side by side with the existing ones?

Answer: no

Choices:
- no
- yes


Question: Can another laptop be put on the table side by side with the existing ones?

Answer: yes

Choices:
- no
- yes


Question: Is there enough space to put four chairs around the table?

Answer: yes

Choices:
- no
- yes


Question: Can we put the banana upright into the fruit blender?

Answer: yes

Choices:
- no
- yes


Question:
The scene is viewed from a frontal perspective, where objects closer to the camera are considered 'front', and 'left' and 'right' correspond to the left and right of the frame.

Starting with an initial arrangement of objects, perform the following operation:
1. Place a blue cylinder between the blue cuboid and the red cuboid.

After this operation, what is the position of the orange sphere relative to the blue cylinder?
A. right-back, B. front, C. right-front, D. left-back.

Answer: B


Question:
You are shown an initial arrangement of objects from a front-oblique angle. For reference, objects closer to the camera are considered 'front,' and the left and right sides of the image correspond to 'left' and 'right,' respectively.

Perform the following operation on the arrangement:
1. Place a white cylinder to the left of the rose cylinder.

After completing the operation, what is the direction of the purple sphere relative to the object now located closest to the left of the rose cylinder?
A. left-front, B. right, C. left-back, D. back.

Answer: C


Question:
Perform the following sequence of operations on an initial arrangement of objects. The scene is viewed from an oblique angle where objects closer to the camera are considered 'in front', and the 'left' and 'right' directions correspond to the viewer's perspective.

1.  Place an orange sphere in front of the white sphere.
2.  Remove all cuboids.
3.  Change the orange sphere into a rose cuboid.
4.  Swap the colors of the rose cuboid and the white sphere.

Based on the final arrangement, what is the position of the rose sphere relative to the white cuboid?
A. left-front, B. left, C. right-back, D. back.

Answer: D


Question:
The scene is viewed from an oblique front perspective. 'Front' refers to objects closer to the camera, while 'left' and 'right' correspond to the respective sides of the frame.

Starting with the initial arrangement, perform the following operation:
1. Place an orange cylinder to the right of the blue cylinder.

After the operation, what is the position of the orange cuboid relative to the object that is now closest to the right of the blue cylinder?
A. left-front
B. left-back
C. right-front
D. right

Answer: A


Question:
The scene is viewed from an oblique front perspective. "Front" refers to the direction closer to the camera, while "left" and "right" correspond to the left and right sides of the frame.

Starting with an initial arrangement of objects, perform the following operations in sequence:
1. Place a blue sphere to the left-front of the orange cuboid.
2. Place a yellow cuboid to the right of the orange cuboid.
3. Swap the positions of the black sphere and the object located to the left-back of the orange cuboid.
4. Swap the colors of the blue sphere and the yellow cuboid.

After completing all operations, what is the direction of the blue cuboid relative to the yellow sphere?
A. left-back
B. front
C. left
D. right-back

Answer: D


Question:
Consider an initial arrangement of objects viewed from the front. In this perspective, 'front' refers to the side closest to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Perform the following operations in sequence:
1. Place a yellow cuboid in front of the yellow sphere.
2. Replace the object directly behind the yellow cuboid with a purple sphere.

After these operations, what is the position of the object located between the yellow cuboid and the white cuboid, relative to the yellow cuboid?
A. left-back
B. right-front
C. left
D. left-front

Answer: B


Question:
Consider an arrangement of objects viewed from an oblique front perspective. In this view, "front" refers to the direction closer to the camera, while "left" and "right" correspond to the left and right sides of the frame, respectively.

Starting with an initial configuration of objects, perform the following operations in sequence:
1. Place a white sphere to the left-front of the rose cylinder.
2. Place a purple cuboid to the left-front of the red cylinder.
3. Place a green cuboid to the left of the rose cuboid.
4. Place a white cylinder to the right-front of the green cuboid.
5. Change the red cylinder to a red sphere.

After completing all the steps, in what direction is the rose cylinder from the purple cuboid?
A. left-back, B. right, C. right-back, D. right-front.

Answer: D


Question:
Given an initial arrangement of objects viewed from an oblique front perspective, where 'front' is closer to the camera and 'left' and 'right' correspond to the sides of the frame, perform the following operations in order:

1.  Place a red sphere to the back-right of the object that is closest to the front-left of the blue cylinder.
2.  Swap the positions of the blue cylinder and the object closest to the back-right of the yellow cylinder.
3.  Change the object located between the purple sphere and the purple cuboid into a green cuboid.
4.  Swap the color of the blue cylinder with that of the object closest to its right.

After these operations, what is the object located to the back-right of the object that is between the purple sphere and the purple cuboid?
A. purple cuboid, B. green cuboid, C. purple sphere, D. red cylinder.

Answer: D


Question:
Begin with the initial arrangement of objects, viewed from an oblique front angle. In this scene, 'front' is closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Apply the following operations in the given order:
1. Place an orange cuboid behind the red cuboid.
2. Place a purple sphere behind the black sphere.
3. Change the black sphere into a blue cylinder.
4. Remove the rose cylinders.
5. Place a rose cuboid to the left-back of the blue cylinder.

After completing all operations, what is the direction of the blue cylinder relative to the object that is closest to the right-back of the rose cuboid?
A. right
B. left-back
C. left-front
D. front

Answer: D


Question:
Starting with an initial arrangement of objects, perform the following operations in sequence. The scene is viewed from the front; objects closer to the camera are considered 'in front', while 'left' and 'right' correspond to the left and right sides of the frame.

1.  Place a blue cuboid between the purple sphere and the white cuboid.
2.  Place a blue sphere to the left of the blue cuboid.
3.  Change the white cuboid to a yellow cylinder.
4.  Remove the purple sphere.

After completing these operations, what is the direction of the black cuboid relative to the blue sphere?
A. right-front, B. right-back, C. front, D. left-back.

Answer: B


Question:
Given an initial arrangement of objects viewed from an oblique front perspective, perform the following operations in sequence. For directional reference, 'front' means closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

1.  Place a black cuboid to the right of the green sphere.
2.  Swap the positions of the blue cylinder and the green sphere.
3.  Change the red cuboid to a green cuboid.
4.  Remove all cuboid objects.

Based on the final arrangement, what is the position of the green sphere relative to the object located immediately to the left of the yellow sphere?
A. front, B. back, C. right, D. right-front.

Answer: D


Question:
Starting with the initial arrangement of objects, perform the following operations in sequence. The scene is viewed from an oblique front angle; objects closer to the camera are considered 'front', while 'left' and 'right' correspond to the left and right of the frame.

1.  Place a rose sphere to the left-front of the red cuboid.
2.  Remove the red objects.
3.  Swap the position of the rose cylinder with the object closest to its left-back.

After completing these steps, what is the direction of the yellow cylinder relative to the rose sphere?
A. left-back, B. back, C. right-back, D. right-front.

Answer: C


Question:
An initial arrangement of objects is viewed from an oblique front angle. In this perspective, "front" means closer to the camera, while "left" and "right" correspond to the sides of the frame.

Perform the following step:
1. Place a green sphere between the blue cylinder and the object closest to the left of the white sphere.

After this step, which object is in front of the green sphere?
A. orange cylinder, B. blue cylinder, C. green sphere, D. white sphere

Answer: D


Question:
Assume the scene is viewed from an oblique front perspective. In this view, 'front' means closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Given an initial arrangement of objects, perform the following operation:
1. Place a yellow sphere to the right of the white cylinder.

After this operation, what is the direction of the yellow cylinder relative to the yellow sphere?
A. front
B. right
C. left
D. left-back

Answer: D


Question:
Consider an initial arrangement of objects viewed from an oblique front angle. For the purpose of this question, 'front' refers to the direction closest to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Execute the following operations in sequence:
1. Place a new gray sphere to the right of the object located directly behind the purple cuboid.
2. Swap the orange cuboid with the object located directly behind it.

After performing these operations, what is the direction of the purple cuboid relative to the gray sphere?
A. front
B. left
C. right-front
D. left-front

Answer: D


Question:
An initial arrangement of objects is viewed from an oblique perspective. Objects closer to the camera are considered 'in front', while the left and right sides of the image correspond to 'left' and 'right'.

Perform the following operations in sequence on this arrangement:
1. Place a red cylinder behind and to the right of the gray cuboid.
2. Remove the rose objects.
3. Change the object located between the gray sphere and the red cylinder to an orange sphere.
4. Remove the object located between the gray sphere and the red cylinder.
5. Change the gray sphere to a yellow sphere.

After all operations are complete, what object is behind the yellow sphere?
A. gray cuboid, B. purple cuboid, C. red cylinder, D. orange cuboid.

Answer: B


Question:
An arrangement of objects is viewed from a frontal perspective. In this view, 'front' means closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Perform the following operations in sequence:
1. Place a yellow cuboid to the left-front of the blue cylinder.
2. Change the blue cylinder into a green sphere.
3. Remove the object closest to the left of the yellow cuboid.
4. Remove all spheres.

After completing these steps, what is the direction of the orange cuboid relative to the yellow cuboid?
A. left, B. front, C. right, D. right-front

Answer: D


Question:
The scene is viewed from an oblique front angle. 'Front' refers to objects closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Starting with the initial arrangement of objects, perform the following operations in sequence:
1. Place a blue cuboid to the right of the gray cuboid.
2. Swap the orange sphere with the blue cuboid.
3. Remove the gray objects.

After completing these operations, what is the direction of the black sphere relative to the blue cuboid?
A. back, B. right-front, C. right, D. left-back.

Answer: C


Question:
Starting with an initial arrangement of objects, perform the following operations in sequence. The scene is viewed from an oblique front perspective: objects closer to the camera are considered 'in front', and the left and right sides of the scene correspond to the left and right of the frame.

1.  Place a white cylinder behind and to the left of the purple sphere.
2.  Swap the colors of the purple sphere and the black sphere.
3.  Remove the object located between the white cylinder and the purple sphere.
4.  Place a green cylinder between the yellow cylinder and the black sphere.

After completing all the operations, what object is in front of and to the right of the white cylinder?
A. purple sphere
B. white cylinder
C. black sphere
D. yellow cylinder

Answer: C


Question:
Starting with the initial arrangement of objects, perform the following operations in sequence. In this scene, 'front' refers to objects closer to the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

1.  Place an orange cylinder to the left and in front of the white sphere.
2.  Swap the color of the rose cuboid with the color of the object located between the orange cylinder and the blue cuboid.

After performing these operations, what is the object to the right of the white cuboid?
A. orange sphere, B. blue cuboid, C. orange cylinder, D. black sphere.

Answer: C


Question:
An arrangement of objects is viewed from an oblique front perspective. In this view, 'front' is the side closest to the camera, while 'left' and 'right' correspond to the left and right sides of the frame, respectively.

Execute the following operation on the initial arrangement:
1. Place a green cylinder to the left of the purple sphere.

Based on the resulting arrangement, what is the direction of the blue sphere relative to the object now positioned between the blue sphere and the purple sphere?
A. back, B. right-back, C. left-back, D. left.

Answer: D


Question:
Starting with an initial arrangement of objects viewed from an oblique front perspective, perform the following sequence of operations. In this context, objects closer to the camera are considered 'in front', while the left and right sides of the frame correspond to 'left' and 'right', respectively.

1.  Place a gray cuboid between the rose sphere and the yellow sphere.
2.  Swap the colors of the white sphere and the yellow sphere.
3.  Place an orange cylinder to the left-back of the gray cuboid.

After completing these steps, what is the direction of the object located between the red cuboid and the orange cylinder, relative to the object located between the orange cylinder and the green cylinder?
A. front
B. left-back
C. left-front
D. left

Answer: C


Question:
Given an initial arrangement of objects viewed from an oblique angle, perform the following operations in sequence. In this scene, objects closer to the camera are considered 'in front', while the left and right sides correspond to the left and right of the frame.

1.  Identify the object closest to the right of the red cylinder. Place a new black sphere directly behind that object.
2.  Swap the colors of the red cylinder and the red cuboid.

After completing these steps, what is the direction of the yellow cylinder relative to the object closest to the left of the red cuboid?
A. left
B. left-front
C. right
D. left-back

Answer: D


Question:
The scene is viewed from an oblique front angle. Objects closer to the camera are considered 'front', while the left and right sides of the image correspond to 'left' and 'right' respectively.

Starting with an initial arrangement of objects, perform the following operations in sequence:

1.  Place a red cylinder to the right and behind the object that is immediately to the left of the white sphere.
2.  Remove the object at the front-left of the red cylinder.
3.  Remove all white cylinders.
4.  Change the white sphere into a white cuboid.

After all operations are complete, what is the object to the left of the white cuboid?
A. orange cuboid, B. white cuboid, C. red cylinder, D. orange cylinder.

Answer: C


Question:
You are given an initial arrangement of objects viewed from an oblique front perspective. In this view, 'front' is the direction toward the camera, while 'left' and 'right' correspond to the left and right sides of the frame.

Perform the following operation on the initial arrangement:
1. Place a gray sphere to the left-back of the white cuboid.

After completing the operation, answer the following question:
What is the direction of the object closest to the right of the green cuboid relative to the object closest to the left-back of the white cuboid?
A. right-front, B. left-back, C. left, D. front.

Answer: A


Question:
Consider an initial arrangement of objects viewed from the front. In this perspective, objects closer to the camera are considered 'front', while 'left' and 'right' correspond to the left and right sides of the frame.

Apply the following operations in sequence:
1.  Place a purple sphere to the left-front of the object that is between the rose cylinder and the orange cylinder.
2.  Remove all sphere objects.
3.  Place a purple cylinder in front of the orange cylinder.
4.  Change the object that is between the rose cylinder and the orange cylinder into a black cuboid.

After completing all the steps, what is the object located to the right-front of the black cuboid?
A. rose cylinder, B. orange cylinder, C. purple cylinder, D. black cuboid.

Answer: B


Question:
Consider the initial arrangement of objects from an oblique front perspective. In this view, objects closer to the camera are in the 'front', while the 'left' and 'right' sides correspond to the left and right of the frame.

Execute the following operations in sequence:
1. Place a green sphere to the left-front of the blue sphere.
2. Swap the colors of the blue cylinder and the green sphere.
3. Remove the object located between the gray sphere and the purple cylinder.

After completing these steps, what is the position of the yellow cuboid relative to the green cylinder?
A. left-back, B. left-front, C. right-back, D. right-front.

Answer: B


Question:
Consider the initial arrangement of objects from an oblique front perspective. "Front" is toward the camera, while "left" and "right" correspond to the sides of the frame.

Perform the following operations in sequence:
1. Place a blue cylinder to the right of the object that is immediately to the left of the gray cuboid.
2. Place a yellow sphere to the left-front of the purple cuboid.

After performing the operations, in what direction is the purple cuboid relative to the object immediately to the right of the purple cylinder?
A. right
B. right-front
C. left
D. left-back

Answer: D


Question:
Consider an initial arrangement of objects. The scene is viewed from the front, where 'front' is what is closest to the camera, and 'left' and 'right' correspond to the left and right sides of the frame.

Perform the following operations in sequence:
1. Place a white sphere to the left-front of the red sphere.
2. Place a gray sphere to the left of the object that is closest to the left-front of the red sphere.
3. Remove the object located between the black sphere and the white sphere.

After performing these steps, what is the direction of the black sphere relative to the object that is closest to the left-front of the red sphere?
A. right-back
B. left-front
C. left
D. right-front

Answer: C


Question:
Assume a view from an oblique front perspective, where 'front' is the direction closest to the camera, and 'left' and 'right' correspond to the sides of the frame.

Given an initial arrangement of objects, perform the following operation:
1. Place a new blue sphere to the right-front of the object that is closest to the left-front of the rose sphere.

After the operation is complete, what is the direction of the object closest to the back of the rose sphere, relative to the object closest to the right-front of the red cylinder?
A. left-back, B. back, C. left-front, D. right-front.

Answer: B


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 2


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 5


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 5


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 7


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 2


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 2


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 2


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 3


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question:
In the given image:

1. There is a red ball and a green arrow; the arrow indicates the ball's initial direction of motion;
2. At the top of the image, there are several rectangular holes arranged horizontally, numbered from left to right starting at 1;
3. The black boundaries of the image represent solid walls. When the ball hits a wall, it undergoes ideal reflection;
4. The red ball is considered a point mass-its size is negligible;
5. The ball reflects according to the following rules:
- The component of velocity perpendicular to the wall is reversed in direction;
- The component of velocity parallel to the wall remains unchanged;
- The ball moves at a constant speed in an ideal environment until it enters one of the holes.

Your task is:

Estimate which hole the red ball will enter first during its motion.

Please reason step by step, and put your final answer within \boxed{{}}.

Answer: 4


Question: What part of a pan should be gripped to lift it safely? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.573,0.591],[0.592,0.586],[0.575,0.512],[0.559,0.509]]]


Question: What device can be held and manipulated to interact with video games? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Mark the the bottle nearest to the bowl in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Pinpoint several points on the can farthest from the mug in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.659,0.172],[0.674,0.167],[0.689,0.165],[0.706,0.168],[0.708,0.263],[0.683,0.265],[0.657,0.262]]]


Question: Pinpoint several points on the can on the table in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.65,0.005],[0.643,0.054],[0.637,0.11],[0.629,0.155],[0.641,0.167],[0.664,0.169],[0.674,0.167],[0.687,0.101],[0.699,0.023],[0.701,0.007]]]


Question: Identify the the bowl right to the peach in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: What object can be used to input text and commands into a computer by pressing its keys? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.489,0.345],[0.592,0.43],[0.259,0.96],[0.118,0.805]]]


Question: Identify several points on the left window in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.424,0.258],[0.419,0.418],[0.085,0.615],[0.051,0.486]]]


Question: What part of the cabinet should be pulled to open it? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Mark the the rightmost object in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Pinpoint the the chair right to the table in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Spot several points on the leftmost object in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Highlight the the bottle left to the lamp in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Pinpoint several points on the below drawer in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.292,0.678],[0.303,0.716],[0.636,0.716],[0.639,0.674]]]


Question: Locate several points on the above blue box in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.343,0.185],[0.393,0.143],[0.442,0.171],[0.452,0.298],[0.415,0.326],[0.415,0.239],[0.4,0.225],[0.396,0.209]]]


Question: Select several points on the egg behind the bowl in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.69,0.396],[0.675,0.406],[0.663,0.432],[0.673,0.463],[0.683,0.476],[0.702,0.486],[0.723,0.483],[0.742,0.473],[0.763,0.452],[0.756,0.414],[0.733,0.388],[0.708,0.386]]]


Question: Indicate the the bottle right to the pan in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Spot the the right sofa in the image. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.708,0.172],[0.669,0.46],[0.671,0.496],[0.661,0.573],[0.675,0.684],[0.688,0.828],[0.708,0.972],[0.711,0.997],[1.001,0.997],[1.003,0.17],[0.754,0.165]]]


Question: Locate several points within the vacant space positioned to the left of the yellow mustard bottle. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Locate a few spots within the unoccupied area inside the cabinet. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find a few points in the free space in front of the window on the left. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Locate some points within the free area in between the plastic cup and the toy figure. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find a few points in the vacant area behind the black zip bag. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Locate several places within the free space to the rear of the sink in the front. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find some spots in the free space above the drawers. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Locate several spots in the free space to the left of the lamp. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Locate several spots within the free region under the dresser. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find some spots within the unoccupied region on the tissue paper. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find some places in the vacant space to the right of the coffe machine. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Identify some points within the free space that is in front of the game controller. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Find a few locations in the empty space that is ontop of the scale. Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: Which part of the cup holds the liquid for drinking? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.158,0.244],[0.188,0.235],[0.222,0.23],[0.25,0.242],[0.259,0.27],[0.243,0.298],[0.213,0.324],[0.165,0.338],[0.129,0.326],[0.113,0.303],[0.12,0.265]]]


Question: What part of a pan should be gripped to lift it safely? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.

Answer: [[[0.762,0.643],[0.778,0.615],[0.799,0.589],[0.806,0.58],[0.799,0.563],[0.768,0.587],[0.743,0.622]]]


Question: What item can be used to serve and hold food at a meal? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question: What part of a mug holds the liquid inside for drinking? Your answer should be formatted as a list of tuples, i.e. [(x1, y1), (x2, y2), ...], where each tuple contains the x and y coordinates of a point satisfying the conditions above. The coordinates should be between 0 and 1, indicating the normalized pixel locations of the points in the image.


Question:
<image>
In the direction pointed by the arrow in the picture, which of the following options are you most likely to find?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: A


Question:
<image>
Moving in the direction indicated by the arrow in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: A


Question:
<image>
Following the arrow's direction in the picture, which of the following options are you most likely to notice?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: c


Question:
<image>
If you travel in the direction indicated by the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: A


Question:
<image>
As you follow the direction of the arrow in the picture, which of the following options are you most likely to observe?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
Following the arrow's direction in the picture, which of the following options are you most likely to notice?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
Moving in the direction indicated by the arrow in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: D


Question:
<image>
When you move in the direction of the arrow depicted in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
In the direction pointed by the arrow in the picture, which of the following options are you most likely to find?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: D


Question:
<image>
Moving in the direction indicated by the arrow in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: D


Question:
<image>
By going in the direction the arrow points in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
When you move in the direction of the arrow depicted in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
If you proceed in the direction indicated by the arrow in the picture, which of the following options are you most likely to observe?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: A


Question:
<image>
If you travel in the direction indicated by the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
If you move in the direction of the arrow in the picture, which of the following options is most likely to be seen?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
By going in the direction the arrow points in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
Moving in the direction indicated by the arrow in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: D


Question:
<image>
Moving according to the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: A


Question:
<image>
Following the direction indicated by the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
Following the direction indicated by the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
By proceeding in the direction shown by the arrow in the picture, which of the following options are you most likely to come across?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
By proceeding in the direction shown by the arrow in the picture, which of the following options are you most likely to come across?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
As you follow the direction of the arrow in the picture, which of the following options are you most likely to observe?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
Following the arrow's direction in the picture, which of the following options are you most likely to notice?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
In the direction pointed by the arrow in the picture, which of the following options are you most likely to find?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
By going in the direction the arrow points in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
In the direction pointed by the arrow in the picture, which of the following options are you most likely to find?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
By going in the direction the arrow points in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question:
<image>
Moving in the direction indicated by the arrow in the picture, which of the following options are you most likely to see?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: C


Question:
<image>
Moving according to the arrow in the picture, which of the following options are you most likely to encounter?
A. <image>
B. <image>
C. <image>
D. <image>

Answer: B


Question: You are a robot using the joint control. The task is "move towards the blue spoon".

Answer: [(149, 156), (204, 132), (248, 166)]


Question: You are a robot using the joint control. The task is "approach the oven".

Answer: [(130, 227), (133, 194), (132, 173), (130, 140), (124, 115), (115, 90)]


Question: You are a robot using the joint control. The task is "reach for the cabinet door handles".

Answer: [(120, 208), (144, 113), (136, 102)]


Question: You are a robot using the joint control. The task is "reach for the tomato".

Answer: [(277, 105), (279, 128), (270, 152), (245, 96)]


Question: You are a robot using the joint control. The task is "lift the sponge from the blue container".

Answer: [(211, 77), (195, 60), (170, 56), (133, 68)]


Question: You are a robot using the joint control. The task is "reach for the croissant".

Answer: [(104, 33), (97, 39), (92, 50), (88, 59)]


Question: You are a robot using the joint control. The task is "reach for the fork".

Answer: [(282, 21), (273, 96), (273, 204), (280, 316)]


Question: You are a WidowX robot using the end effector control. The task is take carrot off plate cardboardfence.

Answer: [(209, 172), (186, 244), (156, 280), (224, 64), (170, 98)]


Question: You are a robot using the joint control. The task is "reach for the pot".

Answer: [(36, 36), (43, 49), (51, 58), (66, 68)]


Question: You are a xArm robot using the end effector control. The task is move the blue triangle towards the top left.

Answer: [(323, 23), (254, 23), (231, 18), (195, 18), (195, 18)]


Question: You are a robot using the joint control. The task is "move the mug to the right".

Answer: [(212, 147), (231, 139), (250, 144), (262, 157)]


Question: You are a Franka robot using the end effector control. The task is open middle drawer.

Answer: [(281, 187), (224, 192), (224, 189), (226, 211), (240, 199)]


Question: You are a robot using the joint control. The task is "close the drawer".

Answer: [(181, 93), (170, 102), (161, 118), (151, 130)]


Question: You are a robot using the joint control. The task is "reach for the sushi roll".

Answer: [(321, 17), (302, 84), (282, 140), (266, 204)]


Question: You are a Google Robot robot using the end effector control. The task is wipe tray with eraser.

Answer: [(79, 120), (79, 120), (80, 120), (79, 120), (79, 121)]


Question: You are a Google Robot robot using the end effector control. The task is place the eraser on the white sponge.

Answer: [(103, 70), (105, 70), (103, 70), (105, 68), (103, 69)]


Question: You are a robot using the joint control. The task is "move the corn towards the middle right of the table".

Answer: [(590, 79), (554, 97), (519, 132), (494, 176), (485, 213), (485, 261), (485, 294)]


Question: You are a robot using the joint control. The task is "reach for the pot".

Answer: [(64, 226), (161, 204), (227, 184), (252, 176)]


Question: You are a robot using the joint control. The task is "reach for the banana".

Answer: [(109, 112), (153, 121), (200, 130), (251, 132)]


Question: You are a robot using the joint control. The task is "pick up the breadstick".

Answer: [(146, 122), (133, 99), (111, 81), (88, 71), (66, 62), (45, 60)]


Question: You are a robot using the joint control. The task is "reach for the handle".

Answer: [(113, 253), (103, 208), (99, 161), (107, 139)]


Question: You are a robot using the joint control. The task is "approach the button".

Answer: [(115, 206), (120, 133), (125, 125)]


Question: You are a robot using the joint control. The task is "approach the button".

Answer: [(118, 209), (113, 186), (112, 161)]


Question: You are a robot using the joint control. The task is "move the bread towards the oven".

Answer: [(77, 42), (64, 38), (53, 40), (40, 45)]


Question: You are a Franka robot using the end effector control. The task is pick blue plastic bottle.

Answer: [(85, 119), (89, 119), (80, 108), (67, 89), (64, 82)]


Question: You are a Franka robot using the joint control. The task is stack purple white cube.

Answer: [(97, 202), (163, 153), (307, 142), (336, 208), (343, 34)]


Question: You are a robot using the joint control. The task is "reach for the ketchup bottle".

Answer: [(113, 108), (128, 131), (145, 150), (170, 165)]


Question: You are a Franka robot using the joint control. The task is stack gray white cube.

Answer: [(204, 105), (206, 144), (204, 108), (195, 41), (241, 12)]


Question: You are a Franka robot using the joint control. The task is destack gray white cube.

Answer: [(170, 204), (170, 202), (165, 156), (154, 73), (152, 48)]


Question: You are a robot using the joint control. The task is "move towards the bowl".

Answer: [(129, 103), (188, 134), (227, 175), (245, 252)]