Suppose we put 20 non-interacting quantons into a one-dimensional box of length L. The quantons quickly settle into the lowest possible energy states available. Roughly how many times larger will the quantons’ total energy be if they are fermions as opposed to bosons?
A. About the same
B. About 4 times
C. About 10 times
D. About 40 times
E. About 400 times
D. About 40 times
You might also like to view...
If the Earth had four times its present mass, what would be its new period of revolution around the sun, compared to its present orbital period?
A) two times as much B) one-fourth as much C) four times as much D) one-half as much E) the same
Suppose that large jovian planets had never formed in our solar system. Which of the following would most likely be true?
A) There would be a large empty region in our solar system between the orbit of Mars and the Kuiper belt. B) Earth would orbit much closer to the Sun. C) Neither the asteroid belt nor Oort cloud would exist. D) Earth would have suffered far fewer impacts.
The mixing of soil by plants and burrowing animals is called
What will be an ideal response?
The electrons that make up the current in an electric circuit move by
1) interacting with the electric field established in the circuit. 2) bumping into one another in such as way as to send pulses over long distances. The drift speed of individual electrons making up the current is 3) very low, about a snail's pace. 4) about the speed of sound. 5) about the speed of light.