Forces & Motion Quiz Questions and Answers 32 PDF Download

Learn forces & motion quiz online, Cambridge IGCSE physics test 32 for online learning, distance learning courses. Free forces & motion MCQs questions and answers to learn physics quiz with answers. Practice tests for educational assessment on forces and motion test with answers, heat capacity: physics, melting and solidification, scales of temperature, introduction to forces, forces and motion practice test for online physics subject courses distance learning.

Free online forces & motion course worksheet has multiple choice quiz question: a person of mass 50 kg flies to moon, his weight at moon would be (earth's gravity = 10 m s-2, moon's gravity = 1.6 m s-2) with choices 31.25 n, 500 n, 51.6 n and 80 n with online learning guide for international exams' preparation like SAT subjective test, study forces in physics multiple choice questions based quiz question and answers. Forces & Motion Video

Quiz on Forces & Motion Quiz PDF Download Worksheet 32

Forces and Motion Quiz

MCQ: A person of mass 50 kg flies to moon, his weight at moon would be (earth's gravity = 10 m s-2, moon's gravity = 1.6 m s-2)

  1. 31.25 N
  2. 500 N
  3. 51.6 N
  4. 80 N

D

Introduction to Forces Quiz

MCQ: Diagram that shows magnitude and direction is termed as

  1. Scalar diagram
  2. Force diagram
  3. Dimer diagram
  4. Vector diagram

D

Scales of Temperature Quiz

MCQ: While going through a heap of junk in her garage, Jackie found an uncalibrated mercury thermometer. After a few experiments, she succeeded in calibrating it. Her notes show that ice point of thermometer corresponds to 3 cm while steam point corresponds to 30 cm of mercury. If Jackie's calculations are fine, then length = 15 cm would correspond to

  1. 46 °C
  2. 44 °C
  3. 42 °C
  4. 40 °C

B

Melting and Solidification Quiz

MCQ: In process of melting, thermal energy is

  1. taken in
  2. given out
  3. neither given out nor taken in
  4. thermal energy isn't needed

A

Heat Capacity: Physics Quiz

MCQ: Kinetic component of internal energy is due to

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

D