Buckets:
| id,domain,family_id,variant,question,option_A,option_B,option_C,option_D,gold_label,gold_answer,rationale,origin,source_dataset,source_item_id,source_url,adaptation_notes,review_status | |
| T_coin_canonical,temporal_physics,coin,canonical,A coin is inside a closed box in the kitchen. Carry the closed box to the bedroom. Open it and tip all its contents onto the floor. Carry the box back to the kitchen. Where is the coin at the end?,On the bedroom floor,On the kitchen floor,Inside the box in the kitchen,Inside the box in the bedroom,A,On the bedroom floor,The coin leaves the box in the bedroom. Returning the box does not move the coin.,assistant_brainstorm,,,,,needs_review | |
| T_coin_retold,temporal_physics,coin,retold,"Initially, a coin is inside a closed box in the kitchen. These records are listed out of chronological order: 10:02: Carry the box back to the kitchen. 10:01: Open the box and empty its contents onto the floor. 10:00: Carry the closed box to the bedroom. Where is the coin after 10:02?",On the bedroom floor,On the kitchen floor,Inside the box in the kitchen,Inside the box in the bedroom,A,On the bedroom floor,The timestamps place emptying in the bedroom before the box returns to the kitchen.,assistant_brainstorm,,,,,needs_review | |
| T_coin_changed,temporal_physics,coin,changed,"A coin is inside a closed box in the kitchen. Open it and empty its contents onto the kitchen floor. Carry the box to the bedroom, then back to the kitchen. Where is the coin at the end?",On the bedroom floor,On the kitchen floor,Inside the box in the kitchen,Inside the box in the bedroom,B,On the kitchen floor,The coin leaves the box in the kitchen before the box travels.,assistant_brainstorm,,,,,needs_review | |
| N_cart_decimal,numerical_time,cart_timing,decimal,"A cart starts at rest on a frictionless horizontal track. While its motor is on, its acceleration is 2 m/s² rightward. After the motor switches off, no horizontal force acts. All timestamps are readings from the same clock. The motor turns on at 1.10 s and off at 1.90 s. What is the cart's velocity at 2.50 s?",0 m/s,1.60 m/s rightward,3.60 m/s rightward,5.00 m/s rightward,B,1.60 m/s rightward,The motor runs for 0.80 s. Velocity becomes 2 × 0.80 = 1.60 m/s rightward and stays constant afterward.,assistant_brainstorm,,,,,needs_review | |
| N_cart_milliseconds,numerical_time,cart_timing,milliseconds,"A cart starts at rest on a frictionless horizontal track. While its motor is on, its acceleration is 2 m/s² rightward. After the motor switches off, no horizontal force acts. All timestamps are readings from the same clock. The motor turns on at 1100 ms and off at 1900 ms. What is the cart's velocity at 2500 ms?",0 m/s,1.60 m/s rightward,3.60 m/s rightward,5.00 m/s rightward,B,1.60 m/s rightward,800 ms is 0.80 s. The final velocity is 1.60 m/s rightward.,assistant_brainstorm,,,,,needs_review | |
| N_cart_words,numerical_time,cart_timing,words,"A cart starts at rest on a frictionless horizontal track. While its motor is on, its acceleration is 2 m/s² rightward. After the motor switches off, no horizontal force acts. All timestamps are readings from the same clock. The motor turns on at one point one seconds and off at one point nine seconds. What is the cart's velocity at two point five seconds?",0 m/s,1.60 m/s rightward,3.60 m/s rightward,5.00 m/s rightward,B,1.60 m/s rightward,The written numbers specify the same 0.80 s acceleration interval as the decimal version.,assistant_brainstorm,,,,,needs_review | |
| N_cart_clock_shift,numerical_time,cart_timing,clock_shift,"A cart starts at rest on a frictionless horizontal track. While its motor is on, its acceleration is 2 m/s² rightward. After the motor switches off, no horizontal force acts. All timestamps are readings from the same clock. The motor turns on when the clock reads 101.10 s and off when it reads 101.90 s. What is the cart's velocity when it reads 102.50 s?",0 m/s,1.60 m/s rightward,3.60 m/s rightward,5.00 m/s rightward,B,1.60 m/s rightward,Shifting all clock readings by 100 s preserves elapsed durations and the physical trajectory.,assistant_brainstorm,,,,,needs_review | |
| N_cart_changed_duration,numerical_time,cart_timing,changed,"A cart starts at rest on a frictionless horizontal track. While its motor is on, its acceleration is 2 m/s² rightward. After the motor switches off, no horizontal force acts. All timestamps are readings from the same clock. The motor turns on at 1.10 s and off at 2.90 s. What is the cart's velocity at 3.50 s?",0 m/s,1.60 m/s rightward,3.60 m/s rightward,5.00 m/s rightward,C,3.60 m/s rightward,"The motor runs for 1.80 s, giving 2 × 1.80 = 3.60 m/s rightward. Velocity stays constant after switch-off.",assistant_brainstorm,,,,,needs_review | |
| P_negative_acceleration,mechanics,negative_acceleration,canonical,A cart initially moves right at 2 m/s. Its acceleration is constant at 1 m/s² leftward for five seconds. How does its speed change during those five seconds?,It decreases throughout.,It increases throughout.,"It decreases for two seconds, then increases.","It decreases for three seconds, then increases.",C,"It decreases for two seconds, then increases.","Taking right as positive, v(t) = 2 - t. Speed falls until t = 2 s and rises afterward.",assistant_brainstorm,,,,,needs_review | |
| P_collision_force_acceleration,mechanics,collision_force,canonical,"Trolleys of masses 10 kg and 1 kg collide. During contact, compare the magnitudes of the forces they exert on each other and the magnitudes of their accelerations due specifically to those contact forces.",Equal forces; equal accelerations.,Equal forces; the lighter trolley has 10 times the acceleration.,The heavier trolley exerts 10 times the force; equal accelerations.,The lighter trolley exerts 10 times the force; equal accelerations.,B,Equal forces; the lighter trolley has 10 times the acceleration.,Newton’s third law gives equal contact-force magnitudes. Acceleration due to contact is force divided by mass.,assistant_brainstorm,,,,,needs_review | |
| P_momentum_energy,mechanics,momentum_energy,canonical,Object A has mass 1 kg and speed 4 m/s. Object B has mass 4 kg and speed 1 m/s. They move in the same direction. How do their momenta and kinetic energies compare?,Equal momentum and equal kinetic energy.,Equal momentum; A has four times B's kinetic energy.,A has greater momentum; equal kinetic energy.,B has greater momentum and greater kinetic energy.,B,Equal momentum; A has four times B's kinetic energy.,Both momenta are 4 kg·m/s. Kinetic energies are 8 J for A and 2 J for B.,assistant_brainstorm,,,,,needs_review | |
| TB_before_does_not_determine,dataset_examples,timebench_before,adapted,"On a particular day, a parcel arrived before 20:00. Did it arrive before 08:00 on that same day?",Yes,No,Cannot be determined,,C,Cannot be determined,Arrival before 20:00 permits times both before and after 08:00.,dataset_adaptation,TimeBench / TimeX-NLI,TimeBench-subset-7553/TimeX-NLI/timexnli_cs1_timebench.jsonl; zero-based row 1,https://github.com/zchuz/TimeBench/blob/main/TimeBench-subset-7553/TimeX-NLI/timexnli_cs1_timebench.jsonl,Changed the event and used 24-hour notation. Preserved the temporal inference. Original label: Neutral.,needs_review | |
| TB_month_relation,dataset_examples,timebench_month,adapted,A ceremony took place in September. Did it happen before October of that same year?,Yes,No,Cannot be determined,,A,Yes,September precedes October in the same calendar year.,dataset_adaptation,TimeBench / TimeX-NLI,TimeBench-subset-7553/TimeX-NLI/timexnli_cs1_timebench.jsonl; zero-based row 0,https://github.com/zchuz/TimeBench/blob/main/TimeBench-subset-7553/TimeX-NLI/timexnli_cs1_timebench.jsonl,Simplified the event and made the same-year assumption explicit. Original label: Entailment.,needs_review | |
| TRAM_clock_rollover,dataset_examples,tram_rollover,adapted,"A machine starts at 19:47 and runs continuously for 5 hours 28 minutes. Using a 24-hour clock, when does it finish?",01:15 the following day,00:15 the following day,01:75 the following day,14:19 the same day,A,01:15 the following day,19:47 plus 5 hours 28 minutes crosses midnight and reaches 01:15 the next day.,dataset_adaptation,TRAM / arithmetic,datasets/arithmetic.zip > arithmetic_mcq.csv; zero-based row 3,https://github.com/EternityYW/TRAM-Benchmark/blob/main/datasets/arithmetic.zip,"Added a machine-running context and explicit next-day wording. Preserved 19:47 + 05:28. Replaced distractors. Original answer: B, 1:15.",needs_review | |
| TRAM_elapsed_duration,dataset_examples,tram_elapsed,adapted,A machine starts at 01:31 and stops at 23:48 on the same day. How long did it run?,22 hours 17 minutes,22 hours 77 minutes,21 hours 17 minutes,1 hour 43 minutes,A,22 hours 17 minutes,"The elapsed time is 23:48 minus 01:31, which is 22 hours 17 minutes.",dataset_adaptation,TRAM / arithmetic,datasets/arithmetic.zip > arithmetic_mcq.csv; zero-based row 0,https://github.com/EternityYW/TRAM-Benchmark/blob/main/datasets/arithmetic.zip,"Added a same-day elapsed-duration context. Preserved 23:48 - 01:31. Replaced distractors. Original answer: C, 22:17.",needs_review | |
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