P18.18 A coin with a mass of 8.31 g suspended on a rubber band has a vibrational frequency of 7.50 s¯¹. Calculate (a) the force constant of the rubber band, (b) the zero point energy, (c) the total vibrational energy if the maximum displacement is 0.725 cm, and (d) the vibrational quantum number corre- sponding to the energy in part (c).
P18.18 A coin with a mass of 8.31 g suspended on a rubber band has a vibrational frequency of 7.50 s¯¹. Calculate (a) the force constant of the rubber band, (b) the zero point energy, (c) the total vibrational energy if the maximum displacement is 0.725 cm, and (d) the vibrational quantum number corre- sponding to the energy in part (c).
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Transcribed Image Text:P18.18 A coin with a mass of 8.31 g suspended on a rubber
band has a vibrational frequency of 7.50 s¹. Calculate (a) the
force constant of the rubber band, (b) the zero point energy,
(c) the total vibrational energy if the maximum displacement
is 0.725 cm, and (d) the vibrational quantum number corre-
sponding to the energy in part (c).
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