What happens to the wavelength of a wave when the frequency decrease?

Answer 1

wavelength increases

v= λf, where v is the velocity, λ is the wavelength, and f is the frequency.

Answer 2

The wavelength increases, longer waves take longer to pass, leading to a lower frequency.

Answer 3

This depends upon the energy of the wave. Does it change? If the energy is unchanged then if the number of wave crests or troughs that go by per second decreases, then if the velocity remains the same, the distance between the peaks or other point used to define the wave increases so the wave length increases. Not specifying if it is an electromagnetic wave (like light) greatly complicates the answer to this question.

Answer 4

A wave property is that the product of wavelength x frequency = constant. You should be able to answer your question from that.

Answer 5

It relies upon on how lots the wavelength and velocity replace. f will continuously be equivalent to v/lambda the place v = velocity and lambda = wavelength. no longer sufficient documents to tell. in case you bigger v by using an element of two, and lambda by using an element of three, then v/lambda could decrease. in case you bigger v by using an element of three and lambda by using an element of two, then v/lambda could boost.

Answer 6

the wavelength becomes longer

Answer 7

the wavelength becomes longer

Answer 8

It increases.

Answer 9

it increases