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Questions (6 pts. apiece) Answer questions in complete, well-written sentences WITHIN the spaces provided.
0.59395 | 0.635293 |
0.523303 | 0.342906 |
0.638051 | 0.42535 |
0.4888 | 0.759856 |
0.381186 | 0.562729 |
(a) | 7.87 fm | (d) | 10.64 fm |
(b) | 15.74 fm | (e) | 13.20 fm |
(c) | 5.32 fm |
Problems. Clearly show all work for full credit.
1. (20 pts.) |
A mass |
2. (20 pts) |
Recall our old friends, Newton's Second Law,
![]() where ![]() |
3. (30 pts) |
Find ![]() where ![]() ![]() Your answers should be in terms of ![]() ![]() ![]() ![]() ![]() |
Speed of light (![]() |
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fermi (![]() |
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Boltzmann constant (![]() |
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angstrom (![]() |
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electron-volt (![]() |
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|
Planck constant (![]() |
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MeV | ![]() |
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GeV | ![]() |
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Planck constant (![]() |
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Electron charge (![]() |
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Planck constant (![]() |
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Electron mass (![]() |
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Proton mass (![]() |
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atomic mass unit (![]() |
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Neutron mass (![]() |
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The wave function,
, contains all we know of a system and its
square is the probability of finding the system in the region
to
.
The wave function and its derivative are (1) finite, (2) continuous, and (3) single-valued.