Heat Capacity: Physics Quiz Questions and Answers 140 PDF Download

Learn heat capacity physics quiz, online Cambridge IGCSE physics test 140 for distance learning, online courses. Free physics MCQs questions and answers to learn heat capacity: physics MCQs with answers. Practice MCQs to test knowledge on heat capacity: physics with answers, heat capacity: water and air, distance, time and speed, forces and motion, temperature scales, heat capacity: physics test for online physics lab courses distance learning.

Free heat capacity: physics online course worksheet has multiple choice quiz question: in fluids, kinetic energy is due to with choices the movement of particles, the vibration of particles, the collision of particles and the intermolecular forces for high schools, colleges, graduate and postgraduate students' e-learning for distance learning degrees online, study thermal properties of matter multiple choice questions based quiz question and answers. Heat Capacity: Physics Video

Quiz on Heat Capacity: Physics Quiz PDF Download Worksheet 140

Heat Capacity: Physics Quiz

MCQ. In fluids, kinetic energy is due to

  1. the movement of particles
  2. the vibration of particles
  3. the collision of particles
  4. the intermolecular forces

A

Temperature Scales Quiz

MCQ. A chromium wire resists 400 Ω at ice point and 420 Ω at steam point, and resistance of wire is 406 Ω, so room temperature would be

  1. 10 °C
  2. 20 °C
  3. 30 °C
  4. 40 °C

C

Forces and Motion Quiz

MCQ. Which of following is a characteristic of force? It

  1. can make a stationary object to start move
  2. cannot make a moving object to increase speed
  3. can make a moving object to decrease speed
  4. can change the direction of an object

B

Distance, Time and Speed Quiz

MCQ. Changing or inconsistent speed is termed as

  1. instantaneous speed
  2. average speed
  3. uniform speed
  4. variable speed

D

Heat Capacity: Water and Air Quiz

MCQ. A heater raises temperature of air in a room from 22 °C to 37 °C with energy of 7500 J. If mass of air is 5 kg, specific heat capacity of air would be

  1. 25 J kg-1 °C-1
  2. 50 J kg-1 °C-1
  3. 75 J kg-1 °C-1
  4. 100 J kg-1 °C-1

D