A circular loop of one turns of radius "a" of conducting wire lies in the cartesian coordinate with its center at the origin. If there is a magnetic field in the environment specified by B = Bo(7.7 -3,6a) Cos(wt), the coil should be placed on which plane to generate maximum voltage between the ends of the coil. a. -7,7x-7,7y+3,6z=3,6 b. -2x-7,7y+3,6z=3.2 c. 4x+7,7y-3,6z=2 d. -2x+7,7y+3,6z=3 e. -7,7x-7,7y+3,6z=3.2
A circular loop of one turns of radius "a" of conducting wire lies in the cartesian coordinate with its center at the origin. If there is a magnetic field in the environment specified by B = Bo(7.7 -3,6a) Cos(wt), the coil should be placed on which plane to generate maximum voltage between the ends of the coil. a. -7,7x-7,7y+3,6z=3,6 b. -2x-7,7y+3,6z=3.2 c. 4x+7,7y-3,6z=2 d. -2x+7,7y+3,6z=3 e. -7,7x-7,7y+3,6z=3.2
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Transcribed Image Text:A circular loop of one turns of radius "a" of conducting wire lies in the cartesian coordinate with its center at the origin. If there is a
magnetic field in the environment specified by B = B₁ ( 7,7 āy - 3,6 ā₂) Cos(wt), the coil should be placed on which plane to
generate maximum voltage between the ends of the coil.
a. -7,7x-7,7y+3,6z=3,6
b. -2x-7,7y+3,6z=3.2
c. 4x+7,7y-3,6z=2
d. -2x+7,7y+3,6z=3
e. -7,7x-7,7y+3,6z=3.2
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