The drawing below shows a sequence of Stern–Gerlach devices. By analogy to the cases discussed in the chapter, what do you think are the probabilities that an electron entering the last device will come out of that device’s plus and minus channels, respectively? 
A. 1 and 0, respectively (AA if reversed, i.e., 0 and 1)
B. 0.933 and 0.067, respectively (BB if reversed)
C. 
, respectively (CC if reversed)
D. 
for both channels
E. Some other probabilities (specify)
D. for both channels
You might also like to view...
If there around 10,000 transmitting civilizations in the Milky Way, then theoretically the Allen Telescope Array, when it is complete, might be capable of detecting a signal within a few
A) years B) centuries C) months D) decades
Which expression is dimensionally consistent with an expression that would yield a value for time?1? (v is velocity, x is distance, and t is time)
a. v/x b. v2/x c. x/t d. v2t
The measured temperature of the cosmic background radiation is ____________________
Fill in the blank(s) with correct word
________ are hot compact stars whose mass is comparable to the Sun's and size to Earth's.
A. Neutron stars B. Pulsars C. White dwarfs D. Black holes