Properties Of Carbon worksheets
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What does a wave carry from place to place?
energy
matter
people
The highest point on a transverse wave is the
compression
crest
rest position
trough
The lowest point on a transverse wave is the
compression
crest
rest position
trough
The number of waves that pass somewhere in a second is:
amplitude
frequency
wavelength
A wave that can travel through matter and empty space is a:
electromagnetic wave
longitudinal wavy
transverse wave
Waves that require a material to travel though are called
electromagnetic waves
mechanical waves
ocean waves
transverse waves
I do not know and do not wish to answer.
#1 refers to the
wavelength
amplitude
crest
trough
#2 refers to the
wavelength
amplitude
crest
trough
#3 refers to the
wavelength
amplitude
crest
trough
#4 refers to the
wavelength
amplitude
crest
trough
The distance between two corresponding parts of a wave is its
amplitude
frequency
wavelength
velocity
The height of the wave from its resting point is called its
wavelength
amplitude
velocity
frequency
A wave that can travel with or without a medium is called a(n)
electromagnetic wave
mechanical wave
surface wave
all waves can travel in any way
Longitudinal waves have:
crests and troughs
crests and compressions
compressions and rarefactions
troughs and rarefactions
Transverse waves have:
crests and troughs
troughs and rarefactions
compressions and contractions
rarefactions and crests
Transverse waves move mediums
at a right angle
in a circle
and matter too
at an acute angle
Longitudinal waves move:
at a right angle compared to the direction the wave is traveling
in a circle compared to the direction the wave is traveling
matter
in the same direction as the wave is traveling
Which image represents a longitudinal wave?
A
B
What is the relation between the frequency of electromagnetic waves and their wavelength?
Higher frequency= Higher wavelength
Higher frequency= Lower wavelength
Lower frequency = Lower wavelength
Which wave has more energy? Why?
Top wave because the amplitude is smaller
Bottom wave because the amplitude is larger
They are the same because the wavelengths are equal
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