Thermal Properties Quiz Questions and Answers 34 PDF Download

Learn thermal properties quiz online, Cambridge IGCSE physics test 34 for online learning, distance learning courses. Free thermal properties MCQs questions and answers to learn physics quiz with answers. Practice tests for educational assessment on thermal properties test with answers, physics of temperature, work, energy and power, heat capacity: physics, speed, velocity and acceleration, thermal properties practice test for online laws of physics courses distance learning.

Free online thermal properties course worksheet has multiple choice quiz question: absorption or release of thermal energy changes the with options external energy of matter, internal energy of matter, both internal and external energy of matter and none of the energies for online viva voce, competitive exams' preparation and online distance educational learning, study thermal properties of matter multiple choice questions based quiz question and answers. Thermal Properties Video

Quiz on Thermal Properties Quiz PDF Download Worksheet 34

Thermal Properties Quiz

MCQ: Absorption or release of thermal energy changes the

  1. external energy of matter
  2. internal energy of matter
  3. both internal and external energy of matter
  4. none of the energies

B

Speed, Velocity and Acceleration Quiz

MCQ: Speed of truck is 40 m s-1, after 10 seconds its speed decreases to 20 m s-1, its acceleration is

  1. −1 m s-1
  2. −2 m s-1
  3. −4 m s-1
  4. −5 m s-1

B

Heat Capacity: Physics Quiz

MCQ: Assuming heat capacity of a 10 g of water to be 42 J ⁄ K, heat required to raise its temperature from 25 °C to 35 °C would be

  1. 42 J
  2. 420 J
  3. 4200 J
  4. None of the above

B

Work, Energy and Power Quiz

MCQ: Energy is

  1. ability to do work
  2. capacity of power
  3. efficiency
  4. input

A

Physics of Temperature Quiz

MCQ: Centigrade (Celsius) scale can be converted into Kelvin scale by formula

  1. Ω °C = Temperature in Kelvin + 273
  2. Ω °C = Temperature in Kelvin - 273
  3. Ω °C = Temperature in Fahrenheit + 273
  4. Ω °C = Temperature in Fahrenheit - 273

B