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### Question: A 59.9 kg object is raised 24.1 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 14161.62 |
### Question: A 29.3 kg object is raised 76.7 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 22046.11 |
### Question: A particle moves with initial velocity 2.9 m/s and constant acceleration 6.5 m/s^2 for 9.9 s. What is its displacement in meters?
### Answer: 347.24 |
### Question: A 13.0 V source drives two resistors in parallel: 357 ohm and 141 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1286 |
### Question: A 2.5 kg object is raised 15.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 367.88 |
### Question: A particle moves with initial velocity 13.3 m/s and constant acceleration 1.1 m/s^2 for 6.1 s. What is its displacement in meters?
### Answer: 101.6 |
### Question: A 32.2 kg object is raised 51.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 16109.98 |
### Question: A particle moves with initial velocity 17.6 m/s and constant acceleration 1.1 m/s^2 for 6.1 s. What is its displacement in meters?
### Answer: 127.83 |
### Question: A particle moves with initial velocity 8.2 m/s and constant acceleration 4.7 m/s^2 for 6.0 s. What is its displacement in meters?
### Answer: 133.8 |
### Question: A 76.9 kg object is raised 81.9 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 61784.46 |
### Question: A 58.8 kg object is raised 61.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 35186.51 |
### Question: A 19.4 kg object is raised 50.3 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 9572.79 |
### Question: A 13.3 V source drives two resistors in parallel: 87 ohm and 111 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.2727 |
### Question: A particle moves with initial velocity 28.1 m/s and constant acceleration 2.7 m/s^2 for 8.0 s. What is its displacement in meters?
### Answer: 311.2 |
### Question: A 12.5 V source drives two resistors in parallel: 93 ohm and 254 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1836 |
### Question: A particle moves with initial velocity 13.1 m/s and constant acceleration 4.1 m/s^2 for 10.9 s. What is its displacement in meters?
### Answer: 386.35 |
### Question: A particle moves with initial velocity 11.8 m/s and constant acceleration 2.3 m/s^2 for 9.8 s. What is its displacement in meters?
### Answer: 226.09 |
### Question: A 19.1 kg object is raised 17.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 3185.31 |
### Question: A 3.8 V source drives two resistors in parallel: 332 ohm and 325 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0231 |
### Question: A 73.6 kg object is raised 11.7 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 8447.59 |
### Question: A particle moves with initial velocity 4.6 m/s and constant acceleration 1.3 m/s^2 for 7.0 s. What is its displacement in meters?
### Answer: 64.05 |
### Question: A 4.0 V source drives two resistors in parallel: 216 ohm and 317 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0311 |
### Question: A particle moves with initial velocity 24.7 m/s and constant acceleration 7.9 m/s^2 for 5.9 s. What is its displacement in meters?
### Answer: 283.23 |
### Question: A particle moves with initial velocity 21.6 m/s and constant acceleration 5.7 m/s^2 for 6.6 s. What is its displacement in meters?
### Answer: 266.71 |
### Question: A 23.6 V source drives two resistors in parallel: 440 ohm and 402 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1123 |
### Question: A particle moves with initial velocity 10.8 m/s and constant acceleration 4.0 m/s^2 for 11.5 s. What is its displacement in meters?
### Answer: 388.7 |
### Question: A 19.6 kg object is raised 47.2 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 9075.43 |
### Question: A 22.5 V source drives two resistors in parallel: 314 ohm and 319 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1422 |
### Question: A 17.7 V source drives two resistors in parallel: 25 ohm and 28 ohm. What total current flows in amperes (4 decimals)?
### Answer: 1.3401 |
### Question: A particle moves with initial velocity 21.3 m/s and constant acceleration 8.0 m/s^2 for 5.9 s. What is its displacement in meters?
### Answer: 264.91 |
### Question: A 12.1 V source drives two resistors in parallel: 429 ohm and 183 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0943 |
### Question: A particle moves with initial velocity 14.4 m/s and constant acceleration 6.8 m/s^2 for 2.8 s. What is its displacement in meters?
### Answer: 66.98 |
### Question: A particle moves with initial velocity 10.7 m/s and constant acceleration 1.9 m/s^2 for 6.2 s. What is its displacement in meters?
### Answer: 102.86 |
### Question: A particle moves with initial velocity 29.1 m/s and constant acceleration 2.1 m/s^2 for 6.7 s. What is its displacement in meters?
### Answer: 242.1 |
### Question: A particle moves with initial velocity 27.9 m/s and constant acceleration 4.9 m/s^2 for 10.8 s. What is its displacement in meters?
### Answer: 587.09 |
### Question: A 23.8 V source drives two resistors in parallel: 155 ohm and 468 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.2044 |
### Question: A 3.7 V source drives two resistors in parallel: 98 ohm and 271 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0514 |
### Question: A particle moves with initial velocity 11.9 m/s and constant acceleration 7.6 m/s^2 for 2.1 s. What is its displacement in meters?
### Answer: 41.75 |
### Question: A particle moves with initial velocity 26.1 m/s and constant acceleration 6.4 m/s^2 for 5.4 s. What is its displacement in meters?
### Answer: 234.25 |
### Question: A 46.3 kg object is raised 64.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 29068.99 |
### Question: A particle moves with initial velocity 29.8 m/s and constant acceleration 3.9 m/s^2 for 2.5 s. What is its displacement in meters?
### Answer: 86.69 |
### Question: A 17.8 V source drives two resistors in parallel: 334 ohm and 60 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.35 |
### Question: A particle moves with initial velocity 5.7 m/s and constant acceleration 1.6 m/s^2 for 6.4 s. What is its displacement in meters?
### Answer: 69.25 |
### Question: A particle moves with initial velocity 8.5 m/s and constant acceleration 3.5 m/s^2 for 7.4 s. What is its displacement in meters?
### Answer: 158.73 |
### Question: A particle moves with initial velocity 17.6 m/s and constant acceleration 7.6 m/s^2 for 6.2 s. What is its displacement in meters?
### Answer: 255.19 |
### Question: A 12.7 V source drives two resistors in parallel: 129 ohm and 278 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1441 |
### Question: A 6.7 V source drives two resistors in parallel: 280 ohm and 180 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0612 |
### Question: A 8.0 V source drives two resistors in parallel: 33 ohm and 415 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.2617 |
### Question: A 71.8 kg object is raised 22.5 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 15848.06 |
### Question: A 10.5 V source drives two resistors in parallel: 414 ohm and 478 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0473 |
### Question: A 37.4 kg object is raised 102.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 37423.19 |
### Question: A 49.4 kg object is raised 118.3 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 57329.84 |
### Question: A particle moves with initial velocity 27.0 m/s and constant acceleration 3.7 m/s^2 for 5.6 s. What is its displacement in meters?
### Answer: 209.22 |
### Question: A particle moves with initial velocity 14.9 m/s and constant acceleration 2.1 m/s^2 for 11.5 s. What is its displacement in meters?
### Answer: 310.21 |
### Question: A particle moves with initial velocity 24.9 m/s and constant acceleration 8.2 m/s^2 for 2.9 s. What is its displacement in meters?
### Answer: 106.69 |
### Question: A particle moves with initial velocity 27.3 m/s and constant acceleration 5.4 m/s^2 for 5.7 s. What is its displacement in meters?
### Answer: 243.33 |
### Question: A 14.1 V source drives two resistors in parallel: 184 ohm and 122 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1922 |
### Question: A 12.4 kg object is raised 6.5 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 790.69 |
### Question: A particle moves with initial velocity 13.5 m/s and constant acceleration 4.6 m/s^2 for 7.6 s. What is its displacement in meters?
### Answer: 235.45 |
### Question: A 16.6 V source drives two resistors in parallel: 23 ohm and 414 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.7618 |
### Question: A particle moves with initial velocity 13.5 m/s and constant acceleration 5.6 m/s^2 for 6.5 s. What is its displacement in meters?
### Answer: 206.05 |
### Question: A particle moves with initial velocity 28.6 m/s and constant acceleration 1.0 m/s^2 for 5.1 s. What is its displacement in meters?
### Answer: 158.86 |
### Question: A 16.4 kg object is raised 60.9 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 9797.84 |
### Question: A particle moves with initial velocity 28.2 m/s and constant acceleration 8.3 m/s^2 for 5.5 s. What is its displacement in meters?
### Answer: 280.64 |
### Question: A 2.7 kg object is raised 113.7 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 3011.57 |
### Question: A 59.7 kg object is raised 110.9 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 64949.36 |
### Question: A 12.3 V source drives two resistors in parallel: 231 ohm and 230 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1067 |
### Question: A 15.9 V source drives two resistors in parallel: 165 ohm and 356 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.141 |
### Question: A 9.9 kg object is raised 117.7 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 11430.91 |
### Question: A 40.4 kg object is raised 11.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 4359.56 |
### Question: A particle moves with initial velocity 3.5 m/s and constant acceleration 3.9 m/s^2 for 6.9 s. What is its displacement in meters?
### Answer: 116.99 |
### Question: A 62.8 kg object is raised 81.1 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 49963.11 |
### Question: A 13.9 V source drives two resistors in parallel: 216 ohm and 63 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.285 |
### Question: A particle moves with initial velocity 10.5 m/s and constant acceleration 4.5 m/s^2 for 2.5 s. What is its displacement in meters?
### Answer: 40.31 |
### Question: A 22.1 V source drives two resistors in parallel: 489 ohm and 25 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.9292 |
### Question: A 20.6 V source drives two resistors in parallel: 26 ohm and 18 ohm. What total current flows in amperes (4 decimals)?
### Answer: 1.9368 |
### Question: A 67.3 kg object is raised 117.8 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 77773.09 |
### Question: A particle moves with initial velocity 28.7 m/s and constant acceleration 7.1 m/s^2 for 9.1 s. What is its displacement in meters?
### Answer: 555.15 |
### Question: A 13.0 V source drives two resistors in parallel: 425 ohm and 201 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0953 |
### Question: A 16.7 kg object is raised 76.0 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 12450.85 |
### Question: A particle moves with initial velocity 23.1 m/s and constant acceleration 3.7 m/s^2 for 8.8 s. What is its displacement in meters?
### Answer: 346.54 |
### Question: A 18.7 V source drives two resistors in parallel: 273 ohm and 113 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.234 |
### Question: A 22.5 V source drives two resistors in parallel: 428 ohm and 368 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.1137 |
### Question: A 22.1 V source drives two resistors in parallel: 193 ohm and 171 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.2437 |
### Question: A 5.6 V source drives two resistors in parallel: 413 ohm and 474 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.0254 |
### Question: A 6.2 kg object is raised 90.9 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 5528.72 |
### Question: A 8.1 V source drives two resistors in parallel: 48 ohm and 258 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.2001 |
### Question: A 20.5 V source drives two resistors in parallel: 110 ohm and 251 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.268 |
### Question: A 66.9 kg object is raised 26.1 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 17129.14 |
### Question: A 21.7 kg object is raised 99.8 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 21245.12 |
### Question: A particle moves with initial velocity 10.9 m/s and constant acceleration 8.0 m/s^2 for 5.8 s. What is its displacement in meters?
### Answer: 197.78 |
### Question: A 20.8 kg object is raised 85.4 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 17425.7 |
### Question: A particle moves with initial velocity 16.9 m/s and constant acceleration 6.8 m/s^2 for 3.9 s. What is its displacement in meters?
### Answer: 117.62 |
### Question: A 16.6 V source drives two resistors in parallel: 237 ohm and 49 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.4088 |
### Question: A 42.7 kg object is raised 54.7 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 22913.12 |
### Question: A particle moves with initial velocity 4.6 m/s and constant acceleration 3.7 m/s^2 for 6.5 s. What is its displacement in meters?
### Answer: 108.06 |
### Question: A 67.3 kg object is raised 81.6 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 53873.38 |
### Question: A 33.4 kg object is raised 109.5 m at standard gravity (g=9.81). What is its gravitational potential energy in joules?
### Answer: 35878.11 |
### Question: A 19.2 V source drives two resistors in parallel: 292 ohm and 142 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.201 |
### Question: A 4.6 V source drives two resistors in parallel: 99 ohm and 42 ohm. What total current flows in amperes (4 decimals)?
### Answer: 0.156 |
End of preview. Expand in Data Studio
physics-curriculum-train
2,000 solved physics problems with programmatically computed answers — the training corpus for the physics master lane. Seed 20261112, deliberately different from physics-bench-micro's seed 20261110, so the bench stays a clean holdout for evaluation. Rights-clean by construction.
The vertical-masters program: train on the curriculum, measure on the bench.
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