SHM Quiz

Froggy Jumps

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SHM concepts in motion

Created by

MOHD NASIR BESAR Moe

Malaysia

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Froggy Jumps SHM QuizOnline version SHM concepts in motion by MOHD NASIR BESAR Moe 1 In SHM, the restoring force is proportional to displacement and directed toward the equilibrium. Which law describes this relation? a Newton's Second Law: F = m a b Hooke's Law: F = -k y c Coulomb's Law: F = k e^2 2 For a mass-spring system undergoing SHM, the angular frequency ω is related to the spring constant k and mass m by which relation? a ω = m/k b ω = sqrt(k/m) c ω = k/m 3 The period T of SHM is the time for one complete oscillation. Which expression gives T in terms of ω? a T = ω/2π b T = π/ω c T = 2π/ω 4 Which quantity remains constant in ideal SHM for a frictionless mass-spring system? a Displacement b Total mechanical energy c speed 5 At any displacement y in SHM, the velocity v is given by which relation ? a v = −ky/m b v = ωy c v = ±ω√(A^2 − y^2) 6 The maximum acceleration in SHM occurs at which position ? a At the maximum displacement y = ±A b At equilibrium y = 0 c When velocity is maximum 7 In SHM, which expression represents the displacement, y(t)? a y(t) = A sin(kt) b y(t) = A sin(ωt) c y(t) = A cos(kt) + φ 8 If the amplitude doubles while ω remains the same, what happens to the total energy of SHM? a Energy increases b Energy decreases c Energy stays the same 9 What is the KEY IDEA in explaining simple harmonic motion a a=-(ω^2)y b y=Asinωt c f=1/T 10 Which kinematic equation is used to determine the instantaneous velocity ? a v = ωy b v = −ky/m c v = ±ω√(A^2 − y^2)

Froggy Jumps

SHM QuizOnline version

SHM concepts in motion

by MOHD NASIR BESAR Moe

In SHM, the restoring force is proportional to displacement and directed toward the equilibrium. Which law describes this relation?

Newton's Second Law: F = m a

Hooke's Law: F = -k y

Coulomb's Law: F = k e^2

For a mass-spring system undergoing SHM, the angular frequency ω is related to the spring constant k and mass m by which relation?

ω = m/k

ω = sqrt(k/m)

ω = k/m

The period T of SHM is the time for one complete oscillation. Which expression gives T in terms of ω?

T = ω/2π

T = π/ω

T = 2π/ω

Which quantity remains constant in ideal SHM for a frictionless mass-spring system?

Displacement

Total mechanical energy

speed

At any displacement y in SHM, the velocity v is given by which relation ?

v = −ky/m

v = ωy

v = ±ω√(A^2 − y^2)

The maximum acceleration in SHM occurs at which position ?

At the maximum displacement y = ±A

At equilibrium y = 0

When velocity is maximum

In SHM, which expression represents the displacement, y(t)?

y(t) = A sin(kt)

y(t) = A sin(ωt)

y(t) = A cos(kt) + φ

If the amplitude doubles while ω remains the same, what happens to the total energy of SHM?

Energy increases

Energy decreases

Energy stays the same

What is the KEY IDEA in explaining simple harmonic motion

a=-(ω^2)y

y=Asinωt

f=1/T

Which kinematic equation is used to determine the instantaneous velocity ?

v = ωy

v = −ky/m

v = ±ω√(A^2 − y^2)

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SHM Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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SHM QuizOnline version

by MOHD NASIR BESAR Moe

In SHM, the restoring force is proportional to displacement and directed toward the equilibrium. Which law describes this relation?

For a mass-spring system undergoing SHM, the angular frequency ω is related to the spring constant k and mass m by which relation?

The period T of SHM is the time for one complete oscillation. Which expression gives T in terms of ω?

Which quantity remains constant in ideal SHM for a frictionless mass-spring system?

At any displacement y in SHM, the velocity v is given by which relation ?

The maximum acceleration in SHM occurs at which position ?

In SHM, which expression represents the displacement, y(t)?

If the amplitude doubles while ω remains the same, what happens to the total energy of SHM?

What is the KEY IDEA in explaining simple harmonic motion

Which kinematic equation is used to determine the instantaneous velocity ?

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