The wavelength of a specific photon in the x-ray is 5 x 10-9 meters. given that the speed of light is 2.998 x 108 m/s, what would be the frequency of this x-ray? . . a.14.99 x 10-1 hz . . b.0.5996 x 10-17 hz . . c.1.499 x 10-2 hz . . d.0.5996 x 1017 hz. .e. 1.499 x 10-4 hz.

The wavelength is the distance between two waves, and the speed of light is how fast each of these x-ray photons are going. So if we want to know how many waves go by in a second, the frequency, we have to know how many waves fit in the distance a photon will go at the speed of light in one second. So if we take the speed of the photon in meters per second and divide it by the wavelength (in meters) we will get the number of waves that will go by in one second, or its frequency (Hz=waves/second). 2.998 x 108 m/s / 5 x 10-9 m/wave = 0.5996 x 1017 Hz (waves/second) Multiple choice answer D

100 pounds is 100 pounds no matter the object or item being weighed