Chapter 4: Q39E (page 136)
Verify the claim made in a section 4.4 that if all results of a repeated experiment are equal, the standard deviation, equation (4.13) Will be0.
Short Answer
The standard deviation is 0.
Chapter 4: Q39E (page 136)
Verify the claim made in a section 4.4 that if all results of a repeated experiment are equal, the standard deviation, equation (4.13) Will be0.
The standard deviation is 0.
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Get started for free(a) What is the range of possible wavelengths for a neutron corresponding to a range of speeds from “thermal” at(see Exercise) to.(b) Repeat part (a), but with reference to an electron.(c) For this range of speeds, what range of dimensions D would reveal the wave nature of a neutron? Of an electron?
One of the cornerstones of quantum mechanics is that bound particles cannot be stationary-even at zero absolute temperature! A "bound" particle is one that is confined in some finite region of space. as is an atom in a solid. There is a nonzero lower limit on the kinetic energy of such a particle. Suppose minimum kinetic energy of width . Obtain an approximate formula for its minimum kinetic energy.
The energy of a particle of massbound by an unusual spring is.
(a) Classically. it can have zero energy. Quantum mechanically, however, though both andare "on average" zero, its energy cannot be zero. Why?
(b) Roughly speaking.is a typical value of the particle's position. Making a reasonable assumption about a typical value of its momentum, find the particle's minimum possible energy.
Question: A classmate studies Figures 12 and 17, then claims that when a spot appears, its location simultaneously establishes the particle’s -component of momentum, according to the angle from center, and its position (i.e., at the spot). How do you answer this claim?
A 1 fs pulse of laser light would be long. What is the range of wavelengths in a 0.3Imlong pulse of (approximately)600nmlaser light?
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