When a neon atom is electrified, the electrons jump to higher orbits. One of the electrons falls from an outside orbit to an inside orbit giving off...

When a neon atom is electrified, the electrons jump to higher orbits. One of the electrons falls from an outside orbit to an inside orbit giving off red light with a wavelength of 7.34 x 10-7 m. Calculate the frequency of the red light given off by the neon atom.a. 4.54 x 10-3 1/sb. 4.09 x 1014 1/sc. 220 1/sd. 2.45 x 10-15 1/s16. An automobile has a wavelength that is not measurable by human standards. If the car has a mass of 4000 lbs (1.81 x 103 kg) and travels at 60 miles/hr (26.8 m/s), calculate the wavelength of the car.a. 9.82 x 10-36 mb. 2.76 x 10-39 mc. 7.30 x 1037 md. 1.37 x 10-38 m17. A local radio station can be tuned in by dialing your radio to a frequency of 101.5 MHz. Calculate the wavelength. (Hint: MHz means 1 x 106 Hz.)a. 2.96 mb. .378 mc. 2.96 x 106 md. 2.96 x 103 m18. A local radio station can be tuned in by dialing your radio to a frequency of 101.5 MHz. Calculate the energy of the wave.a. 6.73 x 10-32 Jb. 6.53 x 10-42 Jc. 6.73 x 10-26 Jd. 6.73 x 10-29 J19. Write the electronic configuration according to the general rules given in the objective for Gd (#64).a. [Xe]6s24f75d1 b. [Xe]4f75d16s2 c. [Rn]6s24f8 d. [Xe]6s24f8 20. Draw orbital diagrams (arrow boxes) for each orbital beyond the last noble gas for Ir (#77).a. b. c. d. 21. How many unpaired electrons are there for Cr (#24)?a. 6b. 4c. 2d. 1