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Gravitational Potential Energy Quiz Questions and Answers 123 PDF Download

Learn gravitational potential energy quiz questions, GCE A level physics online test 123 for distance learning degrees, free online courses. Colleges and universities courses' MCQs on work, energy and power quiz, gravitational potential energy multiple choice questions and answers to learn physics quiz with answers. Practice gravitational potential energy MCQs, SAT test assessment on potential dividers, modelling collisions, newtons third law of motion, gravitational force, gravitational potential energy practice test for online science courses distance learning.

Study gravitational potential energy online courses with multiple choice question (MCQs): a weight-lifter raises weights with a mass of 200 kg from ground to a height of 1.5 m, increase in their g.p.e is, for bachelor degree and masters in physics degree questions with choices 1962 j, 2940 j, 800 j, and 1000 j with online global exams' preparation for international tests like MCAT practice test for good MCAT scores. Learn work, energy and power quizzes with problem solving skills assessment test.

Quiz on Gravitational Potential Energy Worksheet 123Quiz PDF Download

Gravitational Potential Energy Quiz

MCQ: A weight-lifter raises weights with a mass of 200 kg from ground to a height of 1.5 m, increase in their G.P.E is

  1. 1962 J
  2. 2940 J
  3. 800 J
  4. 1000 J


Gravitational Force Quiz

MCQ: Another name for force of gravity acting on an object is

  1. friction
  2. air resistance
  3. weight
  4. mass


Newtons Third Law of Motion Quiz

MCQ: When two objects are in contact, they exert forces in

  1. opposite direction
  2. same directions
  3. can be both A and B
  4. perpendicular direction


Modelling Collisions Quiz

MCQ: Momentum possessed by spinning objects is called

  1. linear momentum
  2. angular momentum
  3. normal momentum
  4. degrees' momentum


Potential Dividers Quiz

MCQ: In potential dividers, output voltage depends upon

  1. single resistor
  2. relative values of all resistors
  3. current
  4. temperature