# Heat Capacity: Physics Quiz Questions and Answers 2 PDF Download

Learn heat capacity physics quiz, online Cambridge IGCSE physics test 2 for online courses, distance learning. Free physics MCQs questions and answers to learn heat capacity: physics MCQs with answers. Practice MCQs to test knowledge on heat capacity: physics, scalar and vector, forces and motion, introduction to forces for Cambridge exam board tests with answers.

Free heat capacity: physics course worksheet has multiple choice quiz questions as in a laboratory, bunsen burner is used to increase temperature of lime from 10 °c to 50 °c with thermal energy of 80000 j. if mass of lime is 20 kg, specific heat capacity of lime would be with options 25 j kg^{-1} °c^{-1}, 50 j kg^{-1} °c^{-1}, 75 j kg^{-1} °c^{-1} and 100 j kg^{-1} °c^{-1} with problems solving answer key to test study skills for online e-learning, viva help and jobs' interview preparation tips, 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 2

Heat Capacity: Physics Quiz

MCQ. In a laboratory, Bunsen burner is used to increase temperature of lime from 10 °C to 50 °C with thermal energy of 80000 J. If mass of lime is 20 kg, specific heat capacity of lime would be

- 25 J kg
^{-1}°C^{-1} - 50 J kg
^{-1}°C^{-1} - 75 J kg
^{-1}°C^{-1} - 100 J kg
^{-1}°C^{-1}

D

Scalar and Vector Quiz

MCQ. Displacement is a

- Scalar quantity
- Vector quantity
- Base quantity
- Derived quantity

B

Forces and Motion Quiz

MCQ. A boy of mass 50 kg runs with a force of 100 N, his acceleration would be

- 5000 m s
^{-2} - 50 m s
^{-2} - 150 m s
^{-2} - 2 m s
^{-2}

C

Heat Capacity: Physics Quiz

MCQ. Heat capacity of sodium metal is 1500 JK^{-1}, if mass of sodium metal is 75 kg, specific heat capacity would be

- 10 J kg
^{-1}°C^{-1} - 20 J kg
^{-1}°C^{-1} - 40 J kg
^{-1}°C^{-1} - 80 J kg
^{-1}°C^{-1}

B

Introduction to Forces Quiz

MCQ. SI unit for force is

- Kilograms
- Newton
- Joules
- acceleration

B