It completes 20 vibrations per second, the the period is 1/20 of a second.
When a light wave hits an object, what happens to it depends on the energy of the light wave. The waves can be reflected or scattered off the object; waves can be absorbed by the object; waves can be refracted through the object; waves can pass through the object with no effect.
The period is the reciprocal of the frequencey. Just divide 1 / (frequency).
No, it means more vibrations in a given period of time.
Yes, the period doesn't influence or depend on the amplitude of vibrations. Tides and earthquakes have vibrations with long periods and enormous amplitude. The timing crystal in a 'quartz' wristwatch has vibrations with short period and tiny amplitude. The sound playing through a loudspeaker or a set of earbuds can sweep through the full frequency range of human hearing ... changing the period of the vibrations from 0.05 second to 0.00005 second ... while maintaining constant amplitude.
Frequency
It will be 1/500 of a second = 0.002 seconds.
Frequency = 1/period = 1/0.5 = 2 Hz.
The frequency is (36/60) per second.The period is the reciprocal of the frequency = (60/36) = 1-2/3 seconds
When a light wave hits an object, what happens to it depends on the energy of the light wave. The waves can be reflected or scattered off the object; waves can be absorbed by the object; waves can be refracted through the object; waves can pass through the object with no effect.
The period is the reciprocal of the frequencey. Just divide 1 / (frequency).
No, it means more vibrations in a given period of time.
Yes, the period doesn't influence or depend on the amplitude of vibrations. Tides and earthquakes have vibrations with long periods and enormous amplitude. The timing crystal in a 'quartz' wristwatch has vibrations with short period and tiny amplitude. The sound playing through a loudspeaker or a set of earbuds can sweep through the full frequency range of human hearing ... changing the period of the vibrations from 0.05 second to 0.00005 second ... while maintaining constant amplitude.
Day
Frequency
It is its frequency for that time period.
It is its frequency for that time period.
Period = 1/Frequency = 0.00175 seconds (approx)Period = 1/Frequency = 0.00175 seconds (approx)Period = 1/Frequency = 0.00175 seconds (approx)Period = 1/Frequency = 0.00175 seconds (approx)