Determine the equivalent capacitance of the combination shown when C = 12 nF
a.
34 nF
b.
17 nF
c.
51 nF
d.
68 nF
e.
21 nF
b
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Suppose a 70. kg student were to become (be compressed into) a black hole
(a) What would be his/her Schwarzshild radius ("size" of the B.H.)? (b) How does this compare to the size of a proton?
The solar energy coming to the earth by radiation is 1,340 W/m2 when the temperature of the Sun is 5800 K. If the temperature of the Sun decreased by 10.0%, then what would be the amount of solar radiation coming to the earth?
A. 879 W/m2 B. 752 W/m2 C. 667 W/m2 D. 610 W/m2 E. 578 W/m2
A. The divergence is positive. B. The divergence is negative. C. The divergence is zero.
Imagine that in a certain region of space, an electric field is uniform in magnitude and direction. What can we conclude about the magnetic field in that region?
A. 
= 0.
B. must be uniform in space.
C. must be constant in time.
D. must be both uniform in space and constant in time.
E. There are no restrictions on .
F. There are other restrictions on (specify).