![]() ![]() (c) Bohr's model of the atom can be used to accurately predict the emission spectrum of neon. (b) Bohr's model of the atom can be used to accurately predict the emission spectrum of hydrogen. (a) Niels Bohr suggested that the electrons in an atom were restricted to specific orbits and thus could only have certain energies. Decide whether each of the following statements is true or false:.Name the colors present in white light in order of increasing frequency.List three examples of electromagnetic waves.(e) none of the above statements is true. (d) more than one of the above statements is true. As the wavelength of electromagnetic radiation increases:.(e) The frequency of green light is the same as the frequency of blue light and the wavelength of green light is shorter than the wavelength of blue light. (d) The frequency of green light is lower than the frequency of blue light and the wavelength of green light is longer than the wavelength of blue light. (c) The frequency of green light is lower than the frequency of blue light and the wavelength of green light is shorter than the wavelength of blue light. (b) The frequency of green light is higher than the frequency of blue light and the wavelength of green light is shorter than the wavelength of blue light. (a) The frequency of green light is higher than the frequency of blue light and the wavelength of green light is longer than the wavelength of blue light. Which of the following statements is true?.(a) a shorter wavelength than (b) a longer wavelength than (c) the same wavelength as If "light J" has larger energy than "light K", then "light J" has _ "light K".If "light G" has a higher frequency than "light H", then "light G" has _ "light H".(a) a longer wavelength than (b) a shorter wavelength than (c) the same wavelength as If "light E" has a higher frequency than "light F", then "light E" has _ "light F".(a) a larger energy than (b) a smaller energy than (c) the same energy as If "light C" has a shorter wavelength than "light D", then "light C" has _ "light D".(a) a lower frequency than (b) a higher frequency than (c) the same frequency as If "light A" has a longer wavelength than "light B", then "light A" has _ "light B".Green light has a (larger or smaller) energy than red light. Choose the correct word for the following statement.Yellow light has a (higher or lower) frequency than blue light. Blue light has a (longer or shorter) wavelength than red light.
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