Choose the item from the numbered list that best fits each description. the rela
ID: 1414961 • Letter: C
Question
Choose the item from the numbered list that best fits each description.
the relative pressure between two places
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
the upward force exerted by a fluid on anything immersed in it
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
can be increased by doing work on a substance or by adding heat to it
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
this is how we receive heat from the sun
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
depends on the average kinetic energy of atoms and molecules in a substance
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
occurs when two waves arrive in phase
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
the distance between two successive ‘like’ points on a wave
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
affects the frequency of the sound from a moving sound source
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
the maximum displacement of points on a wave
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
the number of cycles of a wave passing a point per unit time
[ Choose ] frequency destructive interference conduction absolute pressure pitch buoyant force amplitude radiation wavelength Doppler effect gauge pressure constructive interference diffraction temperature Atmosphere internal energy
Explanation / Answer
1)the relative pressure between two places
Gauge Pressure
2)the upward force exerted by a fluid on anything immersed in it
buoyant force
3)can be increased by doing work on a substance or by adding heat to it
temperature
4)this is how we receive heat from the sun
radiation'
5)depends on the average kinetic energy of atoms and molecules in a substance
conduction
6)the distance between two successive ‘like’ points on a wave
wavelength
7)affects the frequency of the sound from a moving sound source
Pitch
8)the maximum displacement of points on a wave
Amplitude
9)the number of cycles of a wave passing a point per unit time
frequency