IGCSE A Level Physics MCQs – Practice Test 2 (Chapter 19)

Mechanics and Properties of Matter MCQ with Answers PDF Download – Test 2

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The Mechanics and Properties of Matter Multiple Choice Questions (MCQ Quiz) with Answers PDF (Mechanics and Properties of Matter MCQ PDF eBook) download Ch. 19-2 to learn IGCSE A Level Physics Course. Solve Dynamics Multiple Choice Questions (MCQs), Mechanics and Properties of Matter quiz answers PDF to study IGCSE certificate courses. The Mechanics and Properties of Matter MCQ App Download: Free IGCSE A Level Physics App to learn mechanics of fluids, young modulus, simple harmonic motion gravitation career test for two year degree programs.

The MCQ: Einstein's mass-energy relationship states that if the mass decreases by &Deltam, the energy released &DeltaE is given by; "Mechanics and Properties of Matter MCQ" App (Android, iOS) with answers: δe = δm × c², where "c" denotes the speed of light., δe = δm × c, where "c" denotes the speed of light., δe = δm ⁄ c, where "c" denotes the speed of light., and &deltae = &deltam &frasl c², where "c" denotes the speed of light. to study IGCSE certificate courses. Practice Perfectly Elastic Collision Quiz Questions, download Apple Book (Free Chapter) for online college for teaching degree.

Mechanics and Properties of Matter MCQ with Answers PDF Download: Quiz 2

MCQ: 6

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

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

MCQ: 7

Bernoulli's principle states that, for streamline motion of an incompressible non-viscous fluid:

the pressure at any part + the kinetic energy per unit volume = constant
the kinetic energy per unit volume + the potential energy per unit volume = constant
the pressure at any part + the potential energy per unit volume = constant
the pressure at any part + the kinetic energy per unit volume + the potential energy per unit volume = constant

MCQ: 8

While Young's modulus ‘E’ relates to change in length and bulk modulus ‘K’ relates to change in volume, modulus of rigidity ‘G’ relates to change in:

weight
density
shape
temperature

MCQ: 9

Young's modulus is defined as

tensile strain/tensile stress
tensile stress/tensile strain
tensile stress × tensile strain
length/area

MCQ: 10

Velocity of escape is equal to

r × √(2g); where r: radius of Earth or any other planet for that matter, g: gravitational field strength
g × √(2r); where r: radius of Earth or any other planet for that matter, g: gravitational field strength
√(2g) ⁄ r; where r: radius of Earth or any other planet for that matter, g: gravitational field strength
√(2gr); where r: radius of Earth or any other planet for that matter, g: gravitational field strength

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