One type of electromagnetic radiation has a frequency of 107.1 mhz, another type has a wavelength of 2.12 10-10 m, and another type of electromagnetic radiation has photons with energy equal to 3.97 10-19 j/photon. identify each type of electromagnetic radiation. 107.1 mhz 2.12 10-10 m 3.97 10-19 j/photon fm radiowaves x-rays visible (green) light visible (red) light fm radiowaves x-rays visible (green) light visible (red) light fm radiowaves x-rays visible (green) light visible (red) light rank them in order of increasing photon energy and increasing frequency

Explanation:

1)

Electromagnetic wave -1

Frequency of an electromagnetic wave -1=

Wavelength of the electromagnetic wave-1 =

Speed of light = c =

(FM-radiowaves)

Electromagnetic wave -2

Wavelength of the electromagnetic wave-2 =

(X-rays)

Electromagnetic wave -3

Wavelength of the electromagnetic wave-3 =

Speed of light = c =

Planck's constant = h =

Energy of the photon of the electromagnetic wave-3 =E

E =

(visible light)

2) Wavelength of the electromagnetic wave is inversely related to the frequency of the radiations.

Decreasing order of wavelength of given waves:

Increasing order of wavelength of given waves:

kdkdkrnmcnc

explanation:

wisjndnfnnjjdjdjxn

the answer is c i took the test