Q-3: A point charge Q with a velocity v = vox enters a region having a uniform magnetic field B = Bx+Byŷ + B₂2. a) What E field should exist in the region so that the charge proceeds without a change of velocity? (You will find an expression that depends on B and v) b) A circular loop of radius b that carries a direct current "I". Find the magnetic flux density (B) at the center (O) of the circular loop. (Show all symbols you will use on the figure) Q-3 part-b I
Q-3: A point charge Q with a velocity v = vox enters a region having a uniform magnetic field B = Bx+Byŷ + B₂2. a) What E field should exist in the region so that the charge proceeds without a change of velocity? (You will find an expression that depends on B and v) b) A circular loop of radius b that carries a direct current "I". Find the magnetic flux density (B) at the center (O) of the circular loop. (Show all symbols you will use on the figure) Q-3 part-b I
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Transcribed Image Text:PQ-3: A point charge Q with a velocity = vox enters a region having a uniform magnetic
field B = B¸✰ + Byŷ + B₂î .
a) What E field should exist in the region so that the charge
proceeds without a change of velocity? (You will find an expression
that depends on B and v)
b) A circular loop of radius b that carries a direct current "I".
Find the magnetic flux density (B) at the center (O) of the circular
loop. (Show all symbols you will use on the figure)
Q-3 part-b
I
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