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MMLU-Pro / 3880 / At 760torr, 100 grains of benzene is vaporized at its boiling At 760torr, 100…

Problem

Answer published by the source. Consult the official source to check your work against its answer.

question

At 760torr, 100 grains of benzene is vaporized at its boiling At 760torr, 100 grains of benzene is vaporized at its boiling point of 80.2°C. Calculate a)W_rev, b) q, c) \DeltaH, d) \DeltaE. The c) \DeltaH, d) \DeltaE. The heat of vaporization is 94.4 (cal / g).

category

chemistry

options

  1. W_rev= - 898 cal, q = 9440 cal, \DeltaH = 9440 cal, \DeltaE = 8542 cal
  2. W_rev= - 700 cal, q = 9400 cal, \DeltaH = 9400 cal, \DeltaE = 8500 cal
  3. W_rev= - 880 cal, q = 9300 cal, ΔH = 9300 cal, ΔE = 8500 cal
  4. W_rev= - 850 cal, q = 9440 cal, ΔH = 9440 cal, ΔE = 8600 cal
  5. W_rev= - 900 cal, q = 9500 cal, \DeltaH = 9500 cal, \DeltaE = 8600 cal
  6. W_rev= - 850 cal, q = 9400 cal, ΔH = 9500 cal, ΔE = 8700 cal
  7. W_rev= - 898 cal, q = 9500 cal, ΔH = 9300 cal, ΔE = 8400 cal
  8. W_rev= - 800 cal, q = 9300 cal, \DeltaH = 9300 cal, \DeltaE = 8400 cal
  9. W_rev= - 900 cal, q = 9400 cal, ΔH = 9400 cal, ΔE = 8600 cal
  10. W_rev= - 920 cal, q = 9440 cal, ΔH = 9500 cal, ΔE = 8600 cal

src

stemez-PhysicalChemistry

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Source and history

upstream_id / Original problem ID
3880
task_id
545bc641-dac5-5d89-a58e-2e0757f9be99
task_key
default--test--3880
task_revision_id
1
config / split
default / test

Official source

initial import