Physics Quiz, Notes & Technology Articles

Energy Change Calculations Quiz Questions and Answers 79 PDF Download

Learn energy change calculations quiz questions, GCE A level physics online test 79 for distance learning degrees, free online courses. Colleges and universities courses' MCQs on thermal physics quiz, energy change calculations multiple choice questions and answers to learn physics quiz with answers. Practice energy change calculations MCQs, SAT test assessment on gas measurement, steady speed changing velocity, magnetic field in physics, transfer of energy and work, energy change calculations practice test for online high school physics courses distance learning.

Study energy change calculations online courses with multiple choice question (MCQs): energy required per unit mass of substance to raise temperature of that substance by 1 k is called, for bachelor degree and masters in physics degree questions with choices enthalpy, internal energy, specific heat capacity, temperature with online global exams' preparation for international tests like MCAT practice test for good MCAT scores. Learn thermal physics quizzes with problem-solving skills assessment test.

Quiz on Energy Change Calculations Worksheet 79Quiz PDF Download

Energy Change Calculations Quiz

MCQ: Energy required per unit mass of substance to raise temperature of that substance by 1 K is called

  1. enthalpy
  2. internal energy
  3. specific heat capacity
  4. temperature


Transfer of Energy and Work Quiz

MCQ: Work is defined as

  1. F × S
  2. F × a
  3. m × a
  4. F × m


Magnetic Field in Physics Quiz

MCQ: If we reverse direction of electric current, then direction of magnetic field will be

  1. reversed
  2. remains same
  3. becomes tangent
  4. becomes normal


Steady Speed Changing Velocity Quiz

MCQ: For minute hand of clock, angular velocity is equal to

  1. 2 rad s-1
  2. 3 rad s-1
  3. 1 rad s-1
  4. 0.00175 rad s-1


Gas Measurement Quiz

MCQ: 10 mole of carbon contains

  1. 6.02 × 1024 atoms
  2. 6.03 × 1023 atoms
  3. 6.02 × 1023 atoms
  4. 6.04 × 1024 atoms