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Transverse Periodic Waves MDCAT MCQs with Answers

Transverse Periodic Waves MDCAT MCQs

Welcome to the Transverse Periodic Waves MDCAT MCQs with Answers. In this post, we have shared Transverse Periodic Waves Multiple Choice Questions and Answers for PMC MDCAT 2024. Each question in MDCAT Physics offers a chance to enhance your knowledge regarding Transverse Periodic Waves MCQs in this MDCAT Online Test.

Transverse Periodic Waves MDCAT MCQs Test Preparations

In a transverse wave, the particle motion is:
a) Parallel to the direction of wave propagation
b) Perpendicular to the direction of wave propagation
c) Circular
d) Random

Answer
b) Perpendicular to the direction of wave propagation

The highest point of a transverse wave is called the:
a) Trough
b) Crest
c) Node
d) Antinode

Answer
b) Crest

The lowest point of a transverse wave is known as the:
a) Crest
b) Node
c) Antinode
d) Trough

Answer
d) Trough

The distance between two consecutive crests in a transverse wave is called the:
a) Amplitude
b) Wavelength
c) Frequency
d) Period

Answer
b) Wavelength

The amplitude of a transverse wave is:
a) The distance between two consecutive crests
b) The maximum displacement of the particles from their equilibrium position
c) The time taken for one complete cycle
d) The number of waves passing a point per second

Answer
b) The maximum displacement of the particles from their equilibrium position

The period of a transverse wave is:
a) The distance between two consecutive crests
b) The time taken for one complete cycle to pass a point
c) The maximum height of the crest
d) The number of crests passing a point per second

Answer
b) The time taken for one complete cycle to pass a point

The frequency of a transverse wave is:
a) The time taken for one complete cycle
b) The maximum displacement of the wave
c) The number of crests passing a point per second
d) The distance between two consecutive crests

Answer
c) The number of crests passing a point per second

The speed of a transverse wave is given by:
a)
𝑣
=
𝜆
×
𝑓
v=λ×f
b)
𝑣
=
𝜆
𝑇
v=
T
λ

c)
𝑣
=
𝑓
𝜆
v=
λ
f

d)
𝑣
=
𝜆
÷
𝑇
v=λ÷T

Answer
a)
𝑣
=
𝜆
×
𝑓
v=λ×f

In a transverse wave, nodes are:
a) Points of maximum displacement
b) Points of zero displacement
c) Points of minimum displacement
d) Points where amplitude is greatest

Answer
b) Points of zero displacement

Antinodes in a transverse wave are:
a) Points of minimum displacement
b) Points where the wave has maximum displacement
c) Points of zero displacement
d) Points where frequency is highest

Answer
b) Points where the wave has maximum displacement

The wavelength of a transverse wave can be measured from:
a) Crest to crest
b) Trough to trough
c) Crest to trough
d) Both a and b

Answer
d) Both a and b

The speed of a transverse wave depends on:
a) The medium through which it travels
b) The amplitude of the wave
c) The frequency of the wave
d) The wavelength only

Answer
a) The medium through which it travels

Which of the following is not a characteristic of transverse waves?
a) They have crests and troughs
b) Particle motion is parallel to wave propagation
c) They can travel through solids and on surfaces
d) They exhibit polarization

Answer
b) Particle motion is parallel to wave propagation

Transverse waves can be observed in:
a) Sound waves in air
b) Water waves on the surface of a pond
c) Seismic P-waves
d) Radio waves

Answer
b) Water waves on the surface of a pond

The frequency of a transverse wave is:
a) Directly proportional to the wavelength
b) Inversely proportional to the period
c) Unrelated to the speed of the wave
d) The same as the amplitude

Answer
b) Inversely proportional to the period

In a standing transverse wave, the nodes are:
a) Points of maximum displacement
b) Points where the wave is zero
c) Points where the wave travels fastest
d) Points of equal displacement

Answer
b) Points where the wave is zero

The amplitude of a transverse wave is related to:
a) The speed of the wave
b) The energy carried by the wave
c) The frequency of the wave
d) The wavelength of the wave

Answer
b) The energy carried by the wave

Transverse waves are characterized by:
a) Motion of particles parallel to the wave direction
b) Motion of particles perpendicular to the wave direction
c) Absence of nodes and antinodes
d) Non-periodic motion

Answer
b) Motion of particles perpendicular to the wave direction

The principle of superposition applies to:
a) Only transverse waves
b) Only longitudinal waves
c) Both transverse and longitudinal waves
d) Neither transverse nor longitudinal waves

Answer
c) Both transverse and longitudinal waves

The energy transported by a transverse wave is proportional to:
a) The square of its frequency
b) The square of its amplitude
c) The wavelength
d) The speed of the wave

Answer
b) The square of its amplitude

The phase difference between two points on a transverse wave is:
a) The distance between them
b) The time difference between them
c) The fraction of a wavelength between them
d) The amplitude difference between them

Answer
c) The fraction of a wavelength between them

A transverse wave traveling on a string is:
a) A longitudinal wave
b) A surface wave
c) A mechanical wave
d) An electromagnetic wave

Answer
c) A mechanical wave

The point of maximum displacement in a transverse wave is called the:
a) Node
b) Antinode
c) Crest
d) Trough

Answer
b) Antinode

In which type of wave is polarization possible?
a) Longitudinal waves
b) Surface waves
c) Transverse waves
d) Both a and b

Answer
c) Transverse waves

The wavelength of a transverse wave is the:
a) Distance between two consecutive nodes
b) Distance between two consecutive antinodes
c) Distance between two consecutive crests or troughs
d) Distance between two consecutive compressions

Answer
c) Distance between two consecutive crests or troughs

For a transverse wave traveling on a string, increasing the tension in the string will:
a) Decrease the wave speed
b) Increase the wave speed
c) Decrease the wavelength
d) Not affect the wave speed

Answer
b) Increase the wave speed

If the frequency of a transverse wave increases while the speed remains constant, the wavelength will:
a) Increase
b) Decrease
c) Remain the same
d) Become zero

Answer
b) Decrease

The speed of a transverse wave in a medium is determined by:
a) The medium’s density and elasticity
b) The frequency of the wave
c) The amplitude of the wave
d) The wavelength of the wave

Answer
a) The medium’s density and elasticity

The interaction of two transverse waves traveling in opposite directions can result in:
a) Destructive interference
b) Constructive interference
c) A standing wave pattern
d) All of the above

Answer
d) All of the above

The unit of frequency for a transverse wave is:
a) Meters
b) Seconds
c) Hertz
d) Joules

Answer
c) Hertz

The relationship between the speed, frequency, and wavelength of a transverse wave is:
a)
𝑣
=
𝜆
×
𝑓
v=λ×f
b)
𝑣
=
𝑓
𝜆
v=
λ
f

See Also  Units Of Rate Constant MDCAT MCQs with Answers

c)
𝑣
=
𝜆
÷
𝑓
v=λ÷f
d)
𝑣
=
𝑓
×
𝜆
v=f×λ

Answer
a)
𝑣
=
𝜆
×
𝑓
v=λ×f

When two transverse waves meet in phase, they will:
a) Cancel each other out
b) Reinforce each other
c) Create a longitudinal wave
d) Change direction

Answer
b) Reinforce each other

The energy carried by a transverse wave is directly proportional to its:
a) Frequency
b) Amplitude squared
c) Wavelength
d) Speed

Answer
b) Amplitude squared

A transverse wave with a longer wavelength has a:
a) Higher frequency
b) Lower frequency
c) Higher amplitude
d) Higher speed

Answer
b) Lower frequency

The speed of a transverse wave on a string depends on:
a) The string’s mass per unit length
b) The tension in the string
c) Both a and b
d) The wave’s amplitude

Answer
c) Both a and b

The frequency of a transverse wave is the reciprocal of its:
a) Amplitude
b) Period
c) Wavelength
d) Speed

Answer
b) Period

The velocity of a transverse wave in a medium is affected by:
a) The medium’s elasticity
b) The medium’s density
c) Both a and b
d) The wave’s frequency

Answer
c) Both a and b

In a standing transverse wave, the distance between two consecutive nodes or antinodes is:
a) Half the wavelength
b) One wavelength
c) Twice the wavelength
d) A quarter of the wavelength

Answer
a) Half the wavelength

The phenomenon where a transverse wave bends around an obstacle is called:
a) Reflection
b) Refraction
c) Diffraction
d) Absorption

Answer
c) Diffraction

If the wavelength of a transverse wave increases, while the speed remains constant, the frequency will:
a) Increase
b) Decrease
c) Remain the same
d) Become zero

Answer
b) Decrease

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