3. Each of the items below describes a type of radiation. Write a if it describes an alpha particle, B if it describes a beta particle, or y if it describes a gamma particle. a. It is positively charged. b. It has no charge. c. The heaviest type of radiation. d. The type of radiation that has no mass. e. It is composed of electrons.

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Chapter1: Chemical Foundations
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3. Each of the items below describes a type of radiation. Write a if it describes an alpha
0), and
particle, B if it describes a beta particle, or y if it describes a gamma particle.
a. It is positively charged.
b. It has no charge.
c. The heaviest type of radiation.
d. The type of radiation that has no mass.
e. It is composed of electrons.
4. Write T if the statement is true, and F if it is false.
a. The highest point in a wave is called the frequency.
b. The green color has a longer wavelength than the blue color.
c. The ultraviolet rays have more energy than x-rays.
d. Three electrons can occupy each orbital.
e. The f-orbital has more orientations than the p-orbital.
f. An energy level can have two or more sublevels.
g. An electron at its excited state has less energy than when it is at the ground state.
h. Radiation can eject electrons from its energy level.
i. Two elements can have the same absorption spectra.
j. Two electrons can have the same amount of energy.
Transcribed Image Text:(24.47%) 3. Each of the items below describes a type of radiation. Write a if it describes an alpha 0), and particle, B if it describes a beta particle, or y if it describes a gamma particle. a. It is positively charged. b. It has no charge. c. The heaviest type of radiation. d. The type of radiation that has no mass. e. It is composed of electrons. 4. Write T if the statement is true, and F if it is false. a. The highest point in a wave is called the frequency. b. The green color has a longer wavelength than the blue color. c. The ultraviolet rays have more energy than x-rays. d. Three electrons can occupy each orbital. e. The f-orbital has more orientations than the p-orbital. f. An energy level can have two or more sublevels. g. An electron at its excited state has less energy than when it is at the ground state. h. Radiation can eject electrons from its energy level. i. Two elements can have the same absorption spectra. j. Two electrons can have the same amount of energy.
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