Wave Properties

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1.
Figure A :
The vibration of the particles of the
medium is ____________ to the motion of the wave.

Oscillations of transverse waves are at right angles to direction of motion

Explanation

Oscillations of transverse waves are at right angles to direction of motion

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About This Quiz

Waves is cause by vibrations or oscillations.
Can either be a Mechanical waves which
require a medium to travel eg. Sound wave
or Electromagnetic waves which do not
require a medium to travel.

2. What first name or nickname would you like us to use?

You may optionally provide this to label your report, leaderboard, or certificate.

2.
The diagram shows a tranverse wave. The amplitude and wavelength are represented by...

Amplitude - RS ; Wavelength - PQ

Amplitude - Op ; Wavelength - RP

Amplitude - RP ; Wavelength - OQ

Amplitude - OQ ; Wavelength - PS

RP is the amplitude that is the distance from the equilibrium position to the maximum displacement.
OQ is the wavelength that is the distance between two points that are in phase.

Explanation

RP is the amplitude that is the distance from the equilibrium position to the maximum displacement.
OQ is the wavelength that is the distance between two points that are in phase.

3. Which of the following is true?

The direction of propagation of longitudinal wave is perpendicular to the direction of vibration of particles.

An example of transverse wave is sound wave.

The direction of propagation of transverse wave is perpendicular to the direction of vibration of particles.

sound wave is a longitudinal wave.

Explanation

sound wave is a longitudinal wave.

4.
The diagram shows ripples produced by a vibrating spherical dipper. classify point P.Q,R,S,T, and U into two groups that formed specified wavefronts.

P, Q, Rand S,T,U

P,Q T and R, S, U

P,T,U and Q, S, R

The sets of P,T, U and Q,S, R forms to different imaginary line joining points which are in phase and have the same distance from the source.

Explanation

The sets of P,T, U and Q,S, R forms to different imaginary line joining points which are in phase and have the same distance from the source.

5.
The diagram shows three compression areas of a slinky spring. What is the wavelength?

1 cm

3 cm

6 cm

12 cm

for a longitudinal wave, wavelength can be measured from a compression to the next consecutive compression region. The arrow shows the length of 2 wavelengths.

Explanation

for a longitudinal wave, wavelength can be measured from a compression to the next consecutive compression region. The arrow shows the length of 2 wavelengths.

6. Which of the following is true?

The direction of wave propagation is perpendicular to the wavefront.

The direction of wave propagation is parallel to the wavefront.

The direction of wave propagation is in the opposite direction of the wavefront.

The direction of wave propagation is always perpendicular to the wavefront.

Explanation

The direction of wave propagation is always perpendicular to the wavefront.

Thank you for your feedback!

Wave Properties

1. Figure A :The vibration of the particles of the medium is ____________ to the motion of the wave.

2.

What first name or nickname would you like us to use?

2. The diagram shows a tranverse wave. The amplitude and wavelength are represented by...

3. Which of the following is true?

4. The diagram shows ripples produced by a vibrating spherical dipper. classify point P.Q,R,S,T, and U into two groups that formed specified wavefronts.

5. The diagram shows three compression areas of a slinky spring. What is the wavelength?

6. Which of the following is true?

1.
Figure A :
The vibration of the particles of the
medium is ____________ to the motion of the wave.

2.
The diagram shows a tranverse wave. The amplitude and wavelength are represented by...

4.
The diagram shows ripples produced by a vibrating spherical dipper. classify point P.Q,R,S,T, and U into two groups that formed specified wavefronts.

5.
The diagram shows three compression areas of a slinky spring. What is the wavelength?