Unformatted text preview: is always zero.
is an integer number of wavelength of the light.
is an integer number of wavelengths plus one half of the wavelength of the light.
is an integer number of wavelengths plus one quarter of the wavelength of the light. 3. Two loops are next to each other
as shown to the right. The force
on the current in coil B by the
current in coil A is?
0 A B Multiple Choice continued(25 pts total, 5 pts each problem)
(Please record answers on the provided bubble sheet.)
4. A wave pulse (at the right) is traveling along a
string, moving to the left. It is approaching a
boundary where the end is “fixed” to the
boundary. Which of the following is a
possible state of the rope? 5. A positive point charge moves with some velocity next to a long, straight wire carrying a current
downward, as shown in the figure below. Because of the charge’s motion, there exists a force on the
charge in the upward direction, opposite to the current’s direction. The charge must be moving
e. out of the page.
to the left
to the right
opposite to the current’s direction.
along the current’s direction....
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- Fall '13
- Magnetic Field, right hand loop, Janas Cole Grasse, Michael Janas Cole, Michael Janas Cole Grasse