Dynamics MCQs Quiz Online PDF Download

Learn dynamics MCQs, GCE A level physics online test for distance education, free online courses prep. Practice mechanics and properties of matter multiple choice questions (MCQs), dynamics quiz questions and answers. SAT prep on simple harmonic motion gravitation, rigid body rotation, dynamics tutorials for online physics courses courses distance learning.

Study bachelors and masters in physics degree MCQs: in elastic collisions, , for online courses with choices only the total momentum of the colliding objects is conserved., only the total kinetic energy is conserved., both of the momentum and total kinetic energy are conserved., neither momentum of the colliding bodies nor the total kinetic energy are recoverable. with technical interview questions for online assessment of fresh and experienced graduates. Free skills assessment test is for online learn dynamics quiz questions with MCQs, exam preparation questions and answers.

MCQs on DynamicsQuiz PDF Download

MCQ: In elastic collisions,

  1. only the total momentum of the colliding objects is conserved.
  2. only the total kinetic energy is conserved.
  3. both of the momentum and total kinetic energy are conserved.
  4. neither momentum of the colliding bodies nor the total kinetic energy are recoverable.

C

MCQ: Force that acts on a mass of 1 g and gives it an acceleration of 1 cms-2 is defined as

  1. 1 newton
  2. 1 dyne
  3. 1 pound-force
  4. 1 pa-force

B

MCQ: Einstein's mass-energy relationship states that if mass decreases by Δm, energy released ΔE is given by

  1. ΔE = Δm × c, where "c" denotes the speed of light.
  2. ΔE = Δm × c², where "c" denotes the speed of light.
  3. ΔE = Δm ⁄ c, where "c" denotes the speed of light.
  4. ΔE = Δm ⁄ c², where "c" denotes the speed of light.

B

MCQ: When work done in moving a particle round a closed loop in a field is zero, forces in field are called

  1. Zero forces
  2. Non-Conservative forces
  3. Conservative forces
  4. Viscous forces

C

MCQ: Dimensions of relative density are

  1. mass × length-3
  2. mass × length³
  3. It has no dimensions, since it's a ratio of two densities
  4. length³ × mass-1

C