Pressure in Gases Quiz Questions and Answers 119 PDF Download

Learn pressure in gases quiz, online Cambridge IGCSE physics test 119 for online courses, distance learning. Free physics MCQs questions and answers to learn pressure in gases MCQs with answers. Practice MCQs to test knowledge on pressure in gases, forces and effects, speed and velocity: physics, total internal reflection, specific heat capacity for SAT test prep online.

Free pressure in gases course worksheet has multiple choice quiz questions as in gases, diffusion occurs because with options molecules of the gases move in random motion, molecules of the gases attract each other, molecules of the gases that are present in a higher concentration exert a higher pressure and molecules of the gases repel each other with problems solving answer key to test study skills for online e-learning, viva help and jobs' interview preparation tips, study simple kinetic theory of matter multiple choice questions based quiz question and answers. Pressure in Gases Video

Quiz on Pressure in Gases Quiz PDF Download Worksheet 119

Pressure in Gases Quiz

MCQ. In gases, diffusion occurs because

  1. Molecules of the gases move in random motion
  2. Molecules of the gases attract each other
  3. Molecules of the gases that are present in a higher concentration exert a higher pressure
  4. Molecules of the gases repel each other

A

Forces and Effects Quiz

MCQ. Surface irregularities between two surfaces result in

  1. resistance
  2. repulsion
  3. Friction
  4. Attraction

C

Speed and Velocity: Physics Quiz

MCQ. Speed is defined as

  1. The change of distance with respect to time
  2. The rate of change of distance
  3. Distance moved per unit time
  4. All of the above

D

Total Internal Reflection Quiz

MCQ. If we feel no cold or hot, we call it

  1. temperature constancy
  2. thermal constancy
  3. thermal equilibrium
  4. temperature equilibrium

C

Specific Heat Capacity Quiz

MCQ. SI unit of specific heat capacity is

  1. joule
  2. joule ⁄ kilogram
  3. joule ⁄ (kilogram × kelvin)
  4. joule ⁄ kelvin

C