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If the wave speed is measured in m/s, the wave length is measured in m, and the wave speed divided by the wave length = the frequency, then: m/s / m = 1/s thus the unit of frequency is 1/s or s^-1
The frequency of a wave is measured in Hertz.
Frequencies are measured in hertz. 1 Hz = 1 vibration (or cycle) per second.
by wavelength (distance from the very top of one wave to the top of the wave behind it)
If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.
abriviation
A standing wave can occur only at specific frequencies that are called natural frequencies.
If the wave speed is measured in m/s, the wave length is measured in m, and the wave speed divided by the wave length = the frequency, then: m/s / m = 1/s thus the unit of frequency is 1/s or s^-1
Because a perimeter is measured in linear units while an area is measured in square units.
No, volume is measured in cubic units, area is measured in square units.
The frequency of a wave is measured in Hertz.
a wave with the highest speed
Frequencies are measured in hertz. 1 Hz = 1 vibration (or cycle) per second.
Hertz (Htz)
by wavelength (distance from the very top of one wave to the top of the wave behind it)
If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.If you refer to the units, energy is measured in joules.
The length, width, or height of a solid figure is measured in units of length. The area of the figure's outside surfaces is measured in squared units of length. The volume of space filled by the figure is measured in cubed units of length. The mass of the figure is measured in units of mass. The weight of the object is measured in units of force. The age of the figure is measured in units of time. etc.