Wavelength and Frequency?

Question

Which statement below is false?

A. The wavelength of light is the distance between two corresponding points in the wave pattern.
B. The frequency of light increases as wavelength decreases.
C. The higher the frequency of light, the greater its energy.
D. The frequency of light is the number of waves that pass a given point in a second.
E. The higher the frequency of light, the longer the wavelength.

Answer 1

E is false and is in fact the opposite of B which is true.

Answer 2

their dating isn't ordinary as one describes a sinusoidal wave travels with the aid of area (wavelength) while the different describes the wave travels with the aid of time (frequency). Wavelength is the actual distance a wave travels to end one oscillation it quite is it quite is termed a era Frequency is the quantity a oscillations that happen in step with unit of time, or how many classes in step with 2d -- in spite of the area bodily traveled with the aid of the wave to end a era The frequency has not something to do with the actual area a wave travels with the aid of, it describes the flow -- only -- in terms of time The wavelength has not something to do with length (volume of time) is takes to end one era -- only -- in terms of area as a actual distance they're technically unrelated, yet in view that our international and lives are in action, the two are needed so as to describe a wave as this is talked approximately to the residing, variety of like the way a action photograph imitates a existence lived one snap shot at a time

Answer 3

c > is false, the amount of energy emitted from a photon is fixed
e > you need a shorter wave length to increse frequency

Answer 4

E is false

Answer 5

A true
Btrue
C false
D true
E false

Answer 6

B