Unit 09 - Waves Test - Paul Fischer | Laabri | Nneɛma a ɛma wotumi yɛ ade

2

As a transverse wave travels through a rope from left to right, the parts of the rope _____.

move along a line from left to right

oscillate back and forth about a fixed location

move along a sine-wave like path from left to right

2

For a longitudinal wave, the particles of the medium move ______ to the direction that the wave moves.

diagonal

perpendicular

in no way

parallel

2

The frequency of a wave describes _____.

how often particles of the medium oscillate back and forth

how far particles move away from their normal resting position

how fast a point on the wave moves along the medium

2

The amplitude of a wave describes _____.

how often particles of the medium oscillate back and forth

how far particles move away from their normal resting position

how fast a point on the wave moves along the medium

4

The wavelength of a wave increases if the ______.

4

A sound wave is a pressure wave; regions of high (compressions) and low pressure (rarefactions) are established as the result of the vibrations of the sound source. These compressions and rarefactions result because sound

is able to reflect off fixed ends and interfere with incident waves

is like all waves; it is able to bend into the regions of space behind obstacles.

vibrates longitudinally; the longitudinal movement of air produces pressure fluctuations.

waves have a speed that is dependent only upon the properties of the medium.

is more dense than air and thus has more inertia, causing the bunching up of sound.

4

A sound wave is different than a light wave in that a sound wave is

capable of existing with a variety of frequencies and a light wave has a single frequency.

not capable of traveling through a vacuum.

produced by an oscillating medium and a light wave is not.

not capable of diffracting and a light wave is.

4

Two musical notes that have a frequency ratio of 2:1 are said to be separated by an octave. A musical note that is separated by an octave from middle C (256 Hz) has a frequency of _____.

10

Drag and drop each of the following items to the correct category.

two downward pulses traveling in the same direction within a medium
an upward and downward pulse traveling in the same direction within a medium
an upward and downward pulse traveling in opposite directions within a medium
considered 'nodal'
considered 'anti-nodal'
two upward pulses traveling in opposite directions within a medium

Constructive Interference
Destructive Interference
Neither

2

Sound is not a transverse wave, but it can still interfere because...

...the pitch of two waves will always be percevied to be quiet and loud in different areas.

...the change in pressure of the particles is converted into waves so that we can see them, and they interfere because that's how our interpretation of transverse waves works.

...when two or more sound waves occupy the same space, their pressures affect one another. The waves do not bounce off of each, but they move through each other.

...we can measure it with a loudspeaker, convert it into electromagnetic representations of compressions and rarefactions, and see them interfereing with it ourselves.

2

The frequency or frequencies at which an object tends to vibrate with when hit, struck, plucked, strummed or somehow disturbed.

2

What seperates noise from music?

it's a generational thing, in that anyone older than you always thinks your music is noise

a mathematical relationship between frequencies produced by the obect

whether or not there was a forced vibration

there is no separation; everything can be and have musical qualities

4

A harmonic ...

is created at specific frequencies within an object

can be represented as a standing wave

is created at any frequency within an object

has a pattern of nodal and anti-nodal meeting at the same spots in the standing wave

8

Pictured here is the formula we used in our resonance lab with the PVC pipes:
Explain each part of the formula and its purpose.

4

A blue light wave approaches a mirror at 40degrees, which means that the light wave will reflect off the mirror at _____ degrees.

2

Where could you find all of the visible light in the EM Spectrum?

2

Where is the lowest frequency in this spectrum?

8

Unit 09 - Waves Test

Unit 09 - Waves Test

As a transverse wave travels through a rope from left to right, the parts of the rope _____.

For a longitudinal wave, the particles of the medium move ______ to the direction that the wave moves.

The frequency of a wave describes _____.

The amplitude of a wave describes _____.

The wavelength of a wave increases if the ______.

A sound wave is a pressure wave; regions of high (compressions) and low pressure (rarefactions) are established as the result of the vibrations of the sound source. These compressions and rarefactions result because sound

A sound wave is different than a light wave in that a sound wave is

Two musical notes that have a frequency ratio of 2:1 are said to be separated by an octave. A musical note that is separated by an octave from middle C (256 Hz) has a frequency of _____.

Drag and drop each of the following items to the correct category.

Sound is not a transverse wave, but it can still interfere because...

The frequency or frequencies at which an object tends to vibrate with when hit, struck, plucked, strummed or somehow disturbed.

What seperates noise from music?

A harmonic ...

Pictured here is the formula we used in our resonance lab with the PVC pipes:
Explain each part of the formula and its purpose.

A blue light wave approaches a mirror at 40degrees, which means that the light wave will reflect off the mirror at _____ degrees.

Where could you find all of the visible light in the EM Spectrum?

Where is the lowest frequency in this spectrum?

Explain why a piece of paper would appear reddish-orange when hit with ROYGBIV light.

As a transverse wave travels through a rope from left to right, the parts of the rope _____.

For a longitudinal wave, the particles of the medium move ______ to the direction that the wave moves.

The frequency of a wave describes _____.

The amplitude of a wave describes _____.

The wavelength of a wave increases if the ______.

A sound wave is a pressure wave; regions of high (compressions) and low pressure (rarefactions) are established as the result of the vibrations of the sound source. These compressions and rarefactions result because sound

A sound wave is different than a light wave in that a sound wave is

Two musical notes that have a frequency ratio of 2:1 are said to be separated by an octave. A musical note that is separated by an octave from middle C (256 Hz) has a frequency of _____.

Drag and drop each of the following items to the correct category.

Sound is not a transverse wave, but it can still interfere because...

The frequency or frequencies at which an object tends to vibrate with when hit, struck, plucked, strummed or somehow disturbed.

What seperates noise from music?

A harmonic ...

Pictured here is the formula we used in our resonance lab with the PVC pipes:
Explain each part of the formula and its purpose.

A blue light wave approaches a mirror at 40degrees, which means that the light wave will reflect off the mirror at _____ degrees.

Where could you find all of the visible light in the EM Spectrum?

Where is the lowest frequency in this spectrum?

Explain why a piece of paper would appear reddish-orange when hit with ROYGBIV light.

Unit 09 - Waves Test

Unit 09 - Waves Test

As a transverse wave travels through a rope from left to right, the parts of the rope _____.

For a longitudinal wave, the particles of the medium move ______ to the direction that the wave moves.

The frequency of a wave describes _____.

The amplitude of a wave describes _____.

The wavelength of a wave increases if the ______.

A sound wave is a pressure wave; regions of high (compressions) and low pressure (rarefactions) are established as the result of the vibrations of the sound source. These compressions and rarefactions result because sound

A sound wave is different than a light wave in that a sound wave is

Two musical notes that have a frequency ratio of 2:1 are said to be separated by an octave. A musical note that is separated by an octave from middle C (256 Hz) has a frequency of _____.

Drag and drop each of the following items to the correct category.

Sound is not a transverse wave, but it can still interfere because...

The frequency or frequencies at which an object tends to vibrate with when hit, struck, plucked, strummed or somehow disturbed.

What seperates noise from music?

A harmonic ...

Pictured here is the formula we used in our resonance lab with the PVC pipes:Explain each part of the formula and its purpose.

A blue light wave approaches a mirror at 40degrees, which means that the light wave will reflect off the mirror at _____ degrees.

Where could you find all of the visible light in the EM Spectrum?

Where is the lowest frequency in this spectrum?

Explain why a piece of paper would appear reddish-orange when hit with ROYGBIV light.

As a transverse wave travels through a rope from left to right, the parts of the rope _____.

For a longitudinal wave, the particles of the medium move ______ to the direction that the wave moves.

The frequency of a wave describes _____.

The amplitude of a wave describes _____.

The wavelength of a wave increases if the ______.

A sound wave is a pressure wave; regions of high (compressions) and low pressure (rarefactions) are established as the result of the vibrations of the sound source. These compressions and rarefactions result because sound

A sound wave is different than a light wave in that a sound wave is

Two musical notes that have a frequency ratio of 2:1 are said to be separated by an octave. A musical note that is separated by an octave from middle C (256 Hz) has a frequency of _____.

Drag and drop each of the following items to the correct category.

Sound is not a transverse wave, but it can still interfere because...

The frequency or frequencies at which an object tends to vibrate with when hit, struck, plucked, strummed or somehow disturbed.

What seperates noise from music?

A harmonic ...

Pictured here is the formula we used in our resonance lab with the PVC pipes:Explain each part of the formula and its purpose.

A blue light wave approaches a mirror at 40degrees, which means that the light wave will reflect off the mirror at _____ degrees.

Where could you find all of the visible light in the EM Spectrum?

Where is the lowest frequency in this spectrum?

Explain why a piece of paper would appear reddish-orange when hit with ROYGBIV light.

Pictured here is the formula we used in our resonance lab with the PVC pipes:
Explain each part of the formula and its purpose.

Pictured here is the formula we used in our resonance lab with the PVC pipes:
Explain each part of the formula and its purpose.