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A particle is confined betweek = 7). Evaluate the probability to find the particle in an interval of width 1.60 pm at the following locations. ntegrations are required for this problem; use Equation 5.4 directly.) What would be the corresponding results for a Elassical particle? P(x)dx = lv(x)|?dx

A particle is confined betweek = 7). Evaluate the probability to find the particle in an interval of width 1.60 pm at the following locations. ntegrations are required for this problem; use Equation 5.4 directly.) What would be the corresponding results for a Elassical particle? P(x)dx = lv(x)|?dx

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A particle is confined between rigid walls separated by a distance L= 0.189 nm. The particle is in the sixth excited state (n = 7). Evaluate the probability to find the particle in an interval of width 1.60 pm at the following locations. (Hint: No integrations are required for this problem; use Equation 5.4 directly.) What would be the corresponding results for a classical particle? P(x)dx = lv(x)l?dx Equation 5.4 quantum classical (a) x = 0.188 nm 000228 (b) x = 0.031 nm 0034 008 (c) x = 0.079 nm 0009 .008 X x X
Transcribed Image Text:A particle is confined between rigid walls separated by a distance L= 0.189 nm. The particle is in the sixth excited state (n = 7). Evaluate the probability to find the particle in an interval of width 1.60 pm at the following locations. (Hint: No integrations are required for this problem; use Equation 5.4 directly.) What would be the corresponding results for a classical particle? P(x)dx = lv(x)l?dx Equation 5.4 quantum classical (a) x = 0.188 nm 000228 (b) x = 0.031 nm 0034 008 (c) x = 0.079 nm 0009 .008 X x X
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