Chapter 39: Q5. (page 1136)
What is the value of the constant a in FIGURE Q39.5?

Short Answer
a = 2mm-1
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Chapter 39: Q5. (page 1136)
What is the value of the constant a in FIGURE Q39.5?

a = 2mm-1
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shows the probability density for an electron that has passed through an experimental apparatus. What is the probability that the electron will land in a
Soot particles, from incomplete combustion in diesel engines, are typically in diameter and have a density of . FIGURE P39.45 shows soot particles released from rest, in vacuum, just above a thin plate with a -diameter holeroughly the wavelength of visible light. After passing through the hole, the particles fall distance and land on a detector. If soot particles were purely classical, they would fall straight down and, ideally, all land in a -diameter circle. Allowing for some experimental imperfections, any quantum effects would be noticeable if the circle diameter were . How far would the particles have to fall to fill a circle of this diameter?

Make a table in which you list all possible outcomes of rolling two dice. Call the dice A and B. What is the probability of rolling
(a) a 7,
(b) any double, and
(c) a 6 or an 8?
You can give the probabilities as fractions, such as 3/36.
3 shows the probability density for an electron that has passed through an experimental apparatus. What is the probability that the electron will land in a 0.010-mm-wide strip at (a) x = 0.000 mm, (b) x = 0.500 mm, (c) x = 1.000 mm, and (d) x = 2.000 mm?
FIGURE Q39.1 shows the probability density for photons to be detected on the-axis.
a. Is a photon more likely to be detected at or at ? Explain.
b. One million photons are detected. What is the expected number of photons in a -wide interval at ?

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