FinN 30 20 10 xpm 50 100 150 200 -10 For tery small displacements from xo, the force F is given by the approximate relation F = -k(x - xo). (c) Find the value of k in this equation. (d) Describe the motion of the atoms in the molecule when moving freely under the action of this force. By deriving the equation of motion of one of the atoms, or otherwise, find the frequency of the motion. (C)
FinN 30 20 10 xpm 50 100 150 200 -10 For tery small displacements from xo, the force F is given by the approximate relation F = -k(x - xo). (c) Find the value of k in this equation. (d) Describe the motion of the atoms in the molecule when moving freely under the action of this force. By deriving the equation of motion of one of the atoms, or otherwise, find the frequency of the motion. (C)
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Transcribed Image Text:FinN
30
20
10
xpm
50
100
150
200
-10
For tery samall displacements from xa, the force
F is given by the approximate relation
F = -k(x - xo).
(c) Find the value of k in this equation.
(d) Describe the motion of the atoms in the
molecule when moving freely under the
action of this force. By deriving the
equation of motion of one of the atoms,
or otherwise, find the frequency of the
motion.
%3!
(C)
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