# Latent Heat Quiz Questions and Answers 111 PDF Download

Learn latent heat quiz questions, online Cambridge IGCSE physics test 111 for distance learning degrees, online courses. College and university courses' MCQs on melting & boiling quiz, latent heat multiple choice questions and answers to learn physics quiz with answers. Practice latent heat MCQs, career test assessment on turning effects of forces conclusion, pressure in gases, speed, velocity and acceleration, pressure in liquids, latent heat practice test for online what is physics courses distance learning.

Study bachelor degree and masters degree in physics questions, latent heat course online has multiple choice question (MCQs): si unit of latent heat is with options joule, joule ⁄ kelvin, joule ⁄ kilogram and joule ⁄ (kilogram × kelvin) with online eLearning for international exams' preparation like SAT exam preparation. Learn melting & boiling quizzes with problem solving skills assessment test. Latent Heat Video

## Quiz on Latent HeatQuiz PDF Download Worksheet 111

Latent Heat Quiz

MCQ: SI unit of latent heat is

- joule
- joule ⁄ kelvin
- joule ⁄ kilogram
- joule ⁄ (kilogram × kelvin)

A

Pressure in Liquids Quiz

MCQ: Density of 50 g cm^{-1}, pressure is 2500 Pascal. height of liquid is (take gravitational pull of earth)

- 50 g cm
^{-1} - 5 g cm
^{-1} - 100 g cm
^{-1} - 0.2 g cm
^{-1}

B

Speed, Velocity and Acceleration Quiz

MCQ: When speed remains constant, velocity

- may change
- remain constant
- must changes
- slightly increases

A

Pressure in Gases Quiz

MCQ: If Pressure of a fixed amount of gas is denoted as 'P' and volume is denoted as 'V' then Boyles law can be expressed as

- P = k × V (where 'k' is a proportionality constant)
- P = k ⁄ V (where 'k' is a proportionality constant)
- P = k × V² (where 'k' is a proportionality constant)
- P = k ⁄ V² (where 'k' is a proportionality constant)

B

Turning Effects of Forces Conclusion Quiz

MCQ: Turning effect of force is termed as

- action of force
- action of torque
- unstable action of force
- moment of torque

D