Use the hypothetical atom drawings (A-F) below to answer the next four questions. Note there is only one correct choice for each question and each choice is only used once. a. Which shows the absorption of violet light? Explain your reasoning. b.Which shows the emission of blue light? Explain your reasoning. c.Which shows the absorption of green light? Explain your reasoning. d.Which the emission of orange light? Explain your reasoning. e.Which shows an electron being ejected from the atom?

a) D

b) C

c) B

d)E

e)A

Explanation:

For clarity, I have attached the images of the transitions to aid understanding.

The visible spectrum consists of Red, Orange, Orange,Yellow Green, Blue,Indigo,Violet. The magnitude of the wavelength of each decreases from left to right in that order. This implies that the red portion of the spectrum is less energetic than the violet portion because energy of a photon increases with decreasing wavelength.

D corresponds to the violet region because the energy difference between the two energy levels is high and requires the absorption of short wavelength, high energy photons of light.

In (b), image C represents an emission that involves a shorter wavelength and can only correspond to blue since it is from a energy level n=3 to n=1

In image (c) , green light is intermediate in energy and will correspond to image B because image F reflects a transition that occurs at a longer wavelength since the energy levels are close together.

In (d) orange light is found at the far, long wavelength portion of the spectrum hence it may involve an n=4 to n=2 transition.

A represents the ionization of the atom, the electron is finally lost from the atom.

false

because it does not have the potential to be entirely used up

the ratio of the conjugate base to the acid required to attain the desired ph.