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A circuit is composed of a coll having N turns and area A. Its leads are connected to a combination of resistors, as shown in (Egure.1). Al three resistors have the same resistance R. The coil is placed ina perpendicular magnetic field Bo, and then the fieid is unitormly reduced to zero over a time period T. During the period in which the field is being ramped down, the magnitude of the potential difference across the resistor R is measured to be V. in terms of N, A. R, T, and B. determine the following quanttes while the feld is being ramped down: (a) the initial flux through the coil, (b) the emt in the col, (c) the current through the coil, (d) the value of V. Part G Part H • Part I Determine the value of V. Express your answer in terms of some, all, or none of the variables Bo, A, N, R, and T. > View Available Hint(s) V AE + Figure <1 of 1 Submit REFLECT Part J Complete previous part(s) Part K Complete previous part(s)

A circuit is composed of a coll having N turns and area A. Its leads are connected to a combination of resistors, as shown in (Egure.1). Al three resistors have the same resistance R. The coil is placed ina perpendicular magnetic field Bo, and then the fieid is unitormly reduced to zero over a time period T. During the period in which the field is being ramped down, the magnitude of the potential difference across the resistor R is measured to be V. in terms of N, A. R, T, and B. determine the following quanttes while the feld is being ramped down: (a) the initial flux through the coil, (b) the emt in the col, (c) the current through the coil, (d) the value of V. Part G Part H • Part I Determine the value of V. Express your answer in terms of some, all, or none of the variables Bo, A, N, R, and T. > View Available Hint(s) V AE + Figure <1 of 1 Submit REFLECT Part J Complete previous part(s) Part K Complete previous part(s)

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Revew A circuit is composed of a coll having N turns and area A. Its leads are connected to a combination of resistors as shown in (Eigure 1). All three resistors have the same resistance R. The coil is placed in a perpendicular magnetic field Bo, and then the fieid is unitormly reduced to zero over a time period T. During the period in which the field is being ramped down, the magnitude of the potential differonce across the resistor Ry is measured to be V. in terms of N. A, R, T, and B. determine the following quanttes while the field is being ramped down: (a) the initial flux through the coil, (b) the emf in the coil, (c) the current through the col, (d) the value of V. Part G Part H Part I Determine the value of V. Express your answer in terms of some, all, or none of the variables Bo. A, N. R, and T. > View Available Hint(s) Figure 1 of 1 V= Submit REFLECT Part J Complete previous part(s) Part K Complete previous part(s) Part Cnmlet
Transcribed Image Text:Revew A circuit is composed of a coll having N turns and area A. Its leads are connected to a combination of resistors as shown in (Eigure 1). All three resistors have the same resistance R. The coil is placed in a perpendicular magnetic field Bo, and then the fieid is unitormly reduced to zero over a time period T. During the period in which the field is being ramped down, the magnitude of the potential differonce across the resistor Ry is measured to be V. in terms of N. A, R, T, and B. determine the following quanttes while the field is being ramped down: (a) the initial flux through the coil, (b) the emf in the coil, (c) the current through the col, (d) the value of V. Part G Part H Part I Determine the value of V. Express your answer in terms of some, all, or none of the variables Bo. A, N. R, and T. > View Available Hint(s) Figure 1 of 1 V= Submit REFLECT Part J Complete previous part(s) Part K Complete previous part(s) Part Cnmlet
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