Pressure in Gases Quiz Questions and Answers 93 PDF Download

Learn pressure in gases quiz online, Cambridge IGCSE physics test 93 for online learning, distance learning courses. Free kinetic theory of particles quiz, pressure in gases quiz questions and answers to learn physics MCQs with answers. Practice tests for educational assessment on pressure in gases MCQs with answers, force: o level physics, solid friction: viscosity, heat capacity: physics, temperature scales, pressure in gases practice test for online advanced physics courses distance learning.

Free online pressure in gases course worksheet has multiple choice question: pressure of gas is due to the with options random motion of gas molecules, collision of gas molecules with each other, collision of gas molecules with the wall of container and vibration of solid particles in the wall of container with college majors' courses online for high school students, state college students and community college students, study kinetic theory of particles multiple choice questions based quiz question and answers. Pressure in Gases Video

Quiz on Pressure in Gases Quiz PDF Download Worksheet 93

Pressure in Gases Quiz

MCQ: Pressure of gas is due to the

  1. random motion of gas molecules
  2. collision of gas molecules with each other
  3. collision of gas molecules with the wall of container
  4. vibration of solid particles in the wall of container

C

Temperature Scales Quiz

MCQ: A doctor uses unmarked clinical thermometer to check a patient, values of thermometer are l100 12 cm and l0 is 2 cm. If lθ is 4 cm temperature of thermometer would be

  1. 20 °C
  2. 40 °C
  3. 60 °C
  4. 80 °C

A

Heat Capacity: Physics Quiz

MCQ: Formula for calculating heat capacity is

  1. H = Δθ/Q
  2. Q = C/Δθ
  3. Q = H/Δθ
  4. C = Q/Δθ

D

Solid Friction: Viscosity Quiz

MCQ: Coefficient of viscosity may be expressed in units of

  1. kg s m-2
  2. kg m s-2
  3. N s m-2
  4. N m s-2

C

Force: O Level Physics Quiz

MCQ: If an object of mass 20 kg accelerates at rate of 2 m s-2. force applied on object would be

  1. 18 N
  2. 22 N
  3. 10 N
  4. 20 N

D