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Xaspire88
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A conducting loop around a magnetic field contains two light bulbs. as shown int the figure. The wires connecting the bulbs are ideal. The magnetic field is increasing rapidly.
A. Do the bulbs glow? why or why not?
B. If they glow, which bulb is brighter? or are they equally bright? explain.
at first i thought that they would glow because the B-field was changing. but then i though yes it is changing in strength but not in position relative to the loop. So then that led me to believe that there would be no induced current and the bulbs would not glow. Just trying to confirm if I'm correct or not. Thank you
link to the diagram <http://img130.imageshack.us/img130/9750/conductingloopzc9.jpg>
A. Do the bulbs glow? why or why not?
B. If they glow, which bulb is brighter? or are they equally bright? explain.
at first i thought that they would glow because the B-field was changing. but then i though yes it is changing in strength but not in position relative to the loop. So then that led me to believe that there would be no induced current and the bulbs would not glow. Just trying to confirm if I'm correct or not. Thank you
link to the diagram <http://img130.imageshack.us/img130/9750/conductingloopzc9.jpg>
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