# Specific Heat Capacity MCQs Quiz Online PDF Book Download

Specific heat capacity multiple choice questions (MCQs), specific heat capacity quiz answers to learn O level physics courses for online degrees. Heat capacity MCQs with answers, specific heat capacity quiz questions and answers for undergraduate degree. Learn specific heat capacity test prep for physics certifications.

Learn heat capacity test MCQs: specific heat capacity of a substance is equal to, with choices mass of the substance × heat capacity, heat capacity ⁄ mass of the substance, mass of the substance ⁄ heat capacity, and none of the above for undergraduate degree. Practice merit scholarships assessment test, online learning specific heat capacity quiz questions for competitive assessment in physics major. Specific Heat Capacity Video

## MCQ on Specific Heat CapacityQuiz Book Download

MCQ: Specific heat capacity of a substance is equal to

- mass of the substance × heat capacity
- heat capacity ⁄ mass of the substance
- mass of the substance ⁄ heat capacity
- None of the above

B

MCQ: Specific heat capacity of mercury is

- 120 J kg
^{-1}°C^{-1} - 140 J kg
^{-1}°C^{-1} - 160 J kg
^{-1}°C^{-1} - 180 J kg
^{-1}°C^{-1}

B

MCQ: In a science lab, a student heats up a chemical from 10 °C to 25 °C which requires thermal energy of 30000 J. If mass of object is 40 kg, specific heat capacity of chemical 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}

B

MCQ: Specific heat capacity of glass is

- 635 J kg
^{-1}°C^{-1} - 670 J kg
^{-1}°C^{-1} - 705 J kg
^{-1}°C^{-1} - 740 J kg
^{-1}°C^{-1}

B

MCQ: Specific heat capacity of a substance is equal to

- the amount of heat required to raise the temperature of a 1 kg of a substance by 1 K
- the amount of heat required to raise the temperature of a substance by 1 K
- the amount of heat required to change the phase of a substance from solid to liquid without any change in temperature
- the amount of heat required to change the phase of a substance from liquid to gas without any change in temperature

A