| id,subject,difficulty,question,image_url,answer | |
| 483870,Physics,hard,"Question: In the figure shown a plate a plate of mass $$60\ \mathrm{gm} $$ is at rest and in equilibrium, A particle of mass $$ m=30\ \mathrm{gm} $$ is released from height $$ \dfrac{4.5 \mathrm{",https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1750458_question.jpg,The correct answer is Unknown. Velocity of the particle just before collision. $$u=\sqrt{2g\times \dfrac{4.5\ mg}{K}}\Rightarrow u=3g\sqrt{\dfrac{m}{ | |
| 1827867,Physics,hard,"Question: Fig 3.13 shows a nut cracker. In the diagram, mark the position of the fulcrum F and the line of action of load L and effort E.",https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1804530_question.jpg,The correct answer is Unknown. | |
| 524103,Maths,easy,Question: the angle of reflection of the ray from mirror PQ,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/524103_question.jpg,The correct answer is Unknown. Angle of incidence is angle of ray with normal to the mirror PQ. Angle of incidence $$\angle LGA=90-30=60^0$$ For plan | |
| 1874,Physics,medium,"Question: Shown in the figure is network of capacitors and resistors. The potentials of some of the nodes are given, Find the (a) potential of $$P$$ (b) energy stored in the capacitor connected betwee",https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/40221_question.jpg,"The correct answer is Unknown. At steady state, capacitor offers infinite resistance to DC, therefore, no current passes through $$1\mu F$$ capacitor" | |
| 181273,Biology,hard,Question: Three identical conducting large plates are fixed at separation of $$d$$ from each other as shown. The area of each plate is $$A$$. Plate $$1$$ is given charge $$+Q$$ while plate $$2\;and\;3,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/41582_question.jpg,The correct answer is D. The charge distribution on the plates surfaces will be as shown in figure. Thus the charge on the capacitor in between plate | |
| 1780612,Chemistry,medium,Question: Write the IUPAC name of the given compound:,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1780612_question.jpg,The correct answer is Unknown. Amides are named by changing the -oic acid ending of the corresponding carboxylic acid to -amide. If alkyl groups are | |
| 1124808,Maths,medium,Question: Draw a line segment of length $$ 7.6 cm $$ and divides it in the ratio $$ 5 : 8 $$ Measure the two parts.,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1786597_question.jpg,The correct answer is Unknown. Steps of construction : Step I : Draw a line segment $$ AB = 7.6 cm $$ Step II : Draw any ray $$ AX $$ making an acut | |
| 1370301,Biology,medium,Question: The IUPAC name of the following compound is : Options: A. 3 - Ethyl - 2 - methylbut - 3 - ene B. 2 - Ethyl - 3 - methyl but - 1 - ene C. 2 - Methyl - 3 - ethylbut - 3 - ene D. 3 - Methyl - 2,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/332961_question.jpg,The correct answer is B. B. $$2-Ethyl-3-methyl but-1-ene$$ Double bond gets priority than alkyl groups in the carbon chain. | |
| 670144,Physics,hard,Question: A spherical hole of radius $$R/2$$ is excavated from the asteroid of mass $$M$$ as shown in the figure. The gravitational acceleration at a point on the surface of the asteroid just above th,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1016255_question.jpg,The correct answer is B. To find the gravitational acceleration first we will have to consider that the asteroid is not excavated and find gravitatio | |
| 1714229,Maths,medium,Question: Calculate AB.,https://huggingface.co/datasets/Nalandadata/nalanda-image-qa/resolve/main/images/question_images/1834135_question.jpg,"The correct answer is Unknown. In $$\triangle AMO$$, $$cos\, 30^0 = AO/MO$$ $$\sqrt{3}/2 = AO/6$$ $$AO = 5.20 m$$ In$$ \triangle BNO$$, $$sin\," | |