Mathematics, 15.10.2019 01:20 camilaird
Imagine a particle of mass m and energy e in a potential well v (x), sliding frictionlessly back and forth between the classical turning points (call them a and b). classically, the probability of finding the particle in the range dx (if, for example, you took a snapshot at a random time t) is equal to the fraction of the time t it takes to get from a to b that it spends in the interval dx: rho(x)dx = dt t = (dt/dx)dx t = 1 v(x)t dx where v(x) is the speed, and t = z t 0 dt = z b a 1 v(x) dx . thus rho(x) = 1 v(x)t this is perhaps the closest analog to |ψ| 2 . (a) use conservation of energy to express v(x) in terms of e and v (x).
Answers: 2
Mathematics, 21.06.2019 18:00, bvaughn6477
Clara schumann is buying bagels for her coworkers, she buys a dozen bagels priced at $5.49 a dozen. the bakery's cost for making the bagels is $2.25 per dozen. what is the markup rate based on selling price on a dozen bagels?
Answers: 1
Mathematics, 22.06.2019 00:30, dogsb4doods
Bocephus has a bag full of nickels and dimes. if there are 3 times as many dimes as nickels, and he has $\$36.05$ in his bag, how many nickels does he have?
Answers: 1
Imagine a particle of mass m and energy e in a potential well v (x), sliding frictionlessly back and...
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