Module 21 - Waves And Wave Properties Question Preview (ID: 55243)
Waves And Wave Properties.
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Which of the following accurately describes the properties of a wave if the students decided to increase the energy transmitted by the wave?
a) The frequency of the wave would increase and the wavelength would decreases
b) The frequency of the wave would decrease and the wavelength would increases
c) The frequency of the wave would increase and the wavelength would increases
d) The frequency of the wave would decrease and the wavelength would decreases
What would the teacher and the student have to do to make the wavelengths of the slinky spring decrease?
a) Decrease the speed they transmit energy down the slinky spring.
b) Increase the amplitude transmitted by the slinky spring.
c) Decrease the frequency transmitted by the slinky spring.
d) Increase the speed they transmit energy down the slinky spring.
Which of these waves has the greatest volume, but the lowest pitch?
a) Wave A
b) Wave B
c) Wave C
d) Wave D
Which of the following best explains why the duck only moved up and down as the wave passed by?
a) All waves transmit energy not matter
b) All waves transmit matter not energy
c) All waves travel in an up and down motion
d) All waves travel in back and forth motion
Which of the following best explains why light from distant stars can travel through the vacuum of space?
a) Light waves are electromagnetic waves that require a medium to transmit energy
b) Light waves are mechanical waves that do not require a medium to transmit energy
c) Light waves are longitudinal waves that require a medium to transmit energy
d) Light waves are electromagnetic waves that do not require a medium to transmit energy
Which of the following best explains what will happen to the sound of the bell when all the air is pumped out of the bell jar?
a) The bell will stop ringing because there is no medium to allow the bell to continue ringing.
b) The bell will continue to ring but it will not be heard because there is no medium to transmit the sound waves.
c) The bell will continue to ring and will still be heard because sound waves do not require medium to transmit the sound waves
d) The bell will stop ringing eventually because the sound waves will continue to reflect off the bell jar until the energy run
Which of the following explanations best describes the relationship between the matter and energy being modeled in the slinky spring?
a) Particles of matter in the medium vibrate by pushing together and moving apart parallel to the direction in which the wave tr
b) Particles of matter in the medium vibrate by pushing together and moving apart perpendicular to the direction in which the w
c) Particles of matter in the medium vibrate by moving back and forth and perpendicular (at right angles) to the direction the
d) Particles of matter in the medium vibrate by moving back and forth and parallel (at right angles) to the direction the wave
Which color of the visible spectrum has the greatest energy?
a) Violet
b) Blue
c) Red
d) All of the answer choices
Which of the following accurately identifies the amplitude of this wave?
a) A
b) B
c) C
d) D
Which of the following two letters accurately identifies a wavelength of this wave?
a) A and E
b) A and G
c) C and E
d) B and D
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