A 4.909 Particle confined to a box of length L has a speed of 4.70mm/s a) lalhat is the classical Kinetic energy of Particle 2 the b) If the energy of the first excited State (n=2) is equal to the Kinetic energy found in part (a), what is the value Note: Answer must be in mi of L? c) Is the result found in part (b) realistic ? Explain.
A 4.909 Particle confined to a box of length L has a speed of 4.70mm/s a) lalhat is the classical Kinetic energy of Particle 2 the b) If the energy of the first excited State (n=2) is equal to the Kinetic energy found in part (a), what is the value Note: Answer must be in mi of L? c) Is the result found in part (b) realistic ? Explain.
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Transcribed Image Text:A 4.90g Particle confined to a box of
length L has a speed of 4.70mm/s
a) lalhat is the classical Kinetic energy of
Particle?
the
b) If the energy of the first excited State
(n=2) is equal to the Kinetic energy found
in part (a), what is the value
Note: Answer must be in mi
L?
of
c) Is the result found in part (b) realistic ?
Explain.
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