write relation between velocity of light,
wavelength length and frequency
Answers
answer
lamda=c/v
Explanation:
wave lenth lamda
c velocity of light
v frequency
Answer:
Relation among velocity of light and wavelength:
amplitude, frequency, wavelength, and speed are the characteristic of a wave. For a consistent frequency, the wavelength is immediately proportional to pace. Relation is vαλ
1) for a regular frequency, if the wavelength is doubled. The velocity of the wave may even double.
2) for a constant frequency, if the wavelength is made four times. The velocity of the wave may also be expanded by means of 4 times.
Relation among wavelength and frequency:
another amount is period (t) that can be used to describe a wave. It's far defined as the time taken to complete oscillation. Because frequency determines the variety of instances a wave oscillates and it can be expressed as,
f = 1 / t
each factor on the wave returns to the identical cost after one period, due to the fact that a wave undergoes one oscillation at some point of one length. This happens due to every consultation of oscillation touring a distance of a wavelength in a single period to finish. The wave velocity (v) is defined as the space traveled with the aid of a wave according to unit time. If considered that the wave travels a distance of 1 wavelength in a single duration,
ν=λ/t
as we recognize that t = 1/f, subsequently we can specific the above equation as,
v = f λ