If λv, λx and λm represent the wavelengths of visible light, X-rays and microwaves respectively, thenλm > λx > λvλm > λv > λxλv > λx > λmλv > λm > λx

Determine which of the following statements about the wavelength of light are true.

Using the diagram above, identify the missing words in the sentences below. Type them into the right hand column.X-rays have shorter wavelengths and ____________ energy than UV radiation.Radio waves have ____________ wavelengths and ____________ energy than gamma rays.Microwaves have ____________ wavelengths and ____________ energy than visible light.EM waves with shorter wavelengths have ____________ energy than EM waves with longer wavelengths.

In the equation C = λν, what does the λ represent?    a. frequency     b. wavelength     c. speed of light      d. nuGroup of answer choicesACBD

Name the spectrum of radiations that includes both microwaves and infrared radiation.

Choose TRUE or FALSE for each of these statements.A. Wavelength is directly proportional to energy so if wavelength increases, energy increases as well. B. Microwaves have a longer wavelength than visible light.  C. The wavelength of blue light is about 600 nm. D. The line spectrum of an atom shows that electrons can only have a few energies, not any energy.  E. When a photon of light is emitted from an atom, that means the electron is losing energy.  F. When an electron moves closer to the nucleus, a photon of light is emitted.  G. The transition from the third orbit (n=3) to the first orbit (n=1) is lower energy than the transition from the second orbit (n=2) to the first orbit (n=1).