Pregunta 1
Pregunta
[blank_start]Waves[blank_end]: disturbances caused by movement of energy from a source through a medium.
Pregunta 2
Pregunta
Waves work by transferring water mass across the ocean's surface.
Pregunta 3
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[blank_start]Progressive[blank_end] wave: movement of the waveform forward
Pregunta 4
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Check all that apply to orbital waves:
Respuesta
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particles of water move in closed circles as the wave passes
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occur at the boundary between two fluid media, air and water
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occur between layers of water of different densities
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movement of the waveform forward
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occur between layers of water of different salinities
Pregunta 5
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Energy is transferred from water particle to water particle in [blank_start]orbits[blank_end].
Respuesta
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orbits
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waves
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cha-cha slide
Pregunta 6
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Label the parts of the wave:
Pregunta 7
Pregunta
[blank_start]Wave crest[blank_end]: highest part of the wave above the average water level
[blank_start]Wave trough[blank_end]: valley between wave crests below the average water level
[blank_start]Wavelength[blank_end]: horizontal distance between two successive crests or troughs
[blank_start]Wave height[blank_end]: vertical distance between a wave crestand adjacent trough
[blank_start]Wave period[blank_end]: time it takes for a wave to move adistance of one wavelength
[blank_start]Wave frequency[blank_end]: number of waves passing a fixed point per secong
Respuesta
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Wave crest
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Wave trough
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Wavelength
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Wave height
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Wave period
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Wave frequency
Pregunta 8
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Waves are classified by:
Respuesta
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disturbing force
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restoring force
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wavelength
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impact force
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wave height
Pregunta 9
Pregunta
Disturbing force waves are caused by:
Respuesta
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wind
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storm surge
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sudden change in atmospheric pressure
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landslides, volcanic eruptions, earthquakes
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all of these answers are correct
Pregunta 10
Pregunta
Tides are caused by:
Respuesta
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gravitational forces from Earth
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gravitational forces from moon
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gravitational forces from sun
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earth rotation
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global wave patterns
Pregunta 11
Respuesta
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are formed and propagates across the sea surface without further influence from the force
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are maintained by the disturbing force
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don't play by the tide's rules
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go "against the grain" of global ocean currents due to greater disturbing force
Pregunta 12
Respuesta
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are maintained by the disturbing force
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are formed and propagates across the sea surface without further influence from the force
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don't play by the tide's rules
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go "against the grain" of global ocean currents
Pregunta 13
Pregunta
Tsunamis are examples of [blank_start]free waves[blank_end], while tides are examples of [blank_start]forced waves[blank_end].
Respuesta
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free waves
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forced waves
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forced waves
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free waves
Pregunta 14
Pregunta
Restoring force waves...
Respuesta
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are the dominant force that returns the water surface to flatness
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often overcompensate and cause oscillations
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are caused by energy, like wind or storm surges
Pregunta 15
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[blank_start]Gravity[blank_end] waves pull the crests downward, inertia causes the crests to overshoot and become [blank_start]troughs[blank_end].
Respuesta
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Gravity
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Free
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Forced
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troughs
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crests
Pregunta 16
Respuesta
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Cohesion of water molecules
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Wind over ocean
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60-150 m (200-500 ft)
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Seafloor fault, eruption, landslide
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Gravity
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Seiche
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Gravitational attraction, Earth rotation
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Half Earth's circumference
Pregunta 17
Pregunta
What determines the size of the orbits of water?
Respuesta
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Wavelength
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Wave height
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Wind
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Water depth
Pregunta 18
Pregunta
What determines the shape of the orbits of water?
Respuesta
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Water depth
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Wavelength
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Wind
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Wave height
Pregunta 19
Pregunta
Deep-water waves move through water deeper than [blank_start]half[blank_end] of their wavelength, and have [blank_start]round[blank_end] orbits. Shallow-water waves move in water shallower than [blank_start]1/20[blank_end] of their original wavelength, and have [blank_start]flattened[blank_end] orbits.
Respuesta
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half
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one-third
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1/20
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1/10
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round
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flattened
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1/20
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1/10
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half
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one-third
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flattened
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round
Pregunta 20
Pregunta
_________________ waves form as wind friction stretches the water surface and as surface tension tries to resotre it to smoothness.
Respuesta
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Capillary
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Wind
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Rogue
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Seiche
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Tide
Pregunta 21
Pregunta
___________ waves are gravity waves formed by the transfer of wind energy into water.
Respuesta
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Wind
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Capillary
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Rogue
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Tide
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Seiche
Pregunta 22
Pregunta
[blank_start]Capillary[blank_end] waves become gravity waves as their wavelength exceeds [blank_start]1.74[blank_end] cm. These wind-induced gravity waves ([blank_start]wind[blank_end] waves) continue to grow as long as the wind above them exceeds their speed.
Respuesta
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Capillary
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Wind
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Tide
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1.74
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2.34
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1.94
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3.64
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wind
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capillary
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tide
Pregunta 23
Pregunta
Wind waves will continue to grow as long as...
Respuesta
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the wind above them exceeds their speed.
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the force of gravity is less than the force of the wind on the surface of the water.
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you are waving back.
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the surface tension of the water is weaker than the force of the wind on the surface of the water.
Pregunta 24
Pregunta
Waves traveling in groups is called...
Pregunta 25
Pregunta
Check all that applies to a wave train:
Respuesta
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Leading wave transfers half of its energy forward to initiate motion in the undisturbed surface ahead
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Other half of energy is transferred behind to maintain wave motion
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Leading wave continuously disappears, while a new wave is continuously formed
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Waves are not actually traveling, but the lagging wave continuously disappears as a new wave formes in front, giving the illusion of movement
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Leading wave transfers 1/4 of its energy forward to initiate motion in the undisturbed surface ahead
Pregunta 26
Pregunta
Which are factors affecting growing wind waves?
Respuesta
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wind strength
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wind duration
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fetch
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fully developed sea
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salinity
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density
Pregunta 27
Pregunta
[blank_start]Wind strength[blank_end]: wind speed
[blank_start]Wind duration[blank_end]: time the wind blows
[blank_start]Fetch[blank_end]: uninterrupted distance over which the wind blows without a significant change in direction
[blank_start]Fully developed sea[blank_end]: maximum wave size possible for a wind of a specific strength, duration, and fetch
Respuesta
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Wind strength
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Wind duration
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Fetch
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Fully developed sea
Pregunta 28
Pregunta
How long must a wind continuously flow for large wind waves to develop?
Respuesta
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2 days
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1 day
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1 week
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2 hours
Pregunta 29
Pregunta
Wave interference can be _______ or _______.
Pregunta 30
Pregunta
[blank_start]Destructive interference[blank_end]: two waves that cancel each other out, resulting in reduced or no wave
[blank_start]Constructive interference[blank_end]: additive interference that results in waves larger than the original waves
Pregunta 31
Pregunta
________ waves: freak waves that occur due to interference and result in a wave crest higher than the theoretical maximum
Respuesta
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Rogue
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Tsunami
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Freak
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Interference
Pregunta 32
Pregunta
[blank_start]Deep-water[blank_end] waves change to [blank_start]shallow-water[blank_end] waves as they approach shore.
Respuesta
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Deep-water
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Shallow-water
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shallow-water
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deep-water
Pregunta 33
Pregunta
__________ waves: break violently against the store and leave and air-filled tobe/channel between the crest and foot of the wave.
Respuesta
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Plunging
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Rogue
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Freak
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Tube
Pregunta 34
Pregunta
When are plunging waves formed?
Respuesta
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When waves approach shore over a steeply sloped bottom
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When waves approach shore over a shallowly sloped bottom
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When waves hit each other with destructive interference
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When waves hit each other with constructive interference
Pregunta 35
Pregunta
Wave refraction:
Respuesta
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waves breaking in a line paralell to shore
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waves breaking in a line perpendicular to shore
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the propagation of a wave around an opbstacle
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the wave that results after constructive interference
Pregunta 36
Pregunta
Wave diffraction:
Respuesta
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the propagation of a wave around an obstacle
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waves breaking in a line parallel to shore
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waves breaking in a line perpendicular to shore
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the cancellation of two waves with destructive interference
Pregunta 37
Pregunta
A [blank_start]tsunami[blank_end], or "harbor wave," is produced by [blank_start]water displacement[blank_end]. They are [blank_start]longer[blank_end] and [blank_start]faster[blank_end] than ordinary waves. They are [blank_start]shallow-water[blank_end] waves with wavelengths of up to [blank_start]150[blank_end] miles and can travel at over [blank_start]435[blank_end] mph. They [blank_start]are not[blank_end] very high in open ocean, but get [blank_start]bigger[blank_end] as they get closer to shore.
Respuesta
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tsunami
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rogue wave
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water displacement
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wind
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ocean currents
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longer
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shorter
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faster
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slower
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shallow-water
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deep-water
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150
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15
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100
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10
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435
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235
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35
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135
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are not
-
are
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bigger
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smaller