Problem 1: You are told that a region of space has a uniform magnetic field that points in the +x direction B=1.245.10³ T. A circular hoop of diameter D:=10.0 cm in placed in this field so that its area vector is at 0:=30.0-deg with respect to the x-axis. (A) draw a picture of the problem. (B) calculate the flux through the hoop.
Problem 1: You are told that a region of space has a uniform magnetic field that points in the +x direction B=1.245.10³ T. A circular hoop of diameter D:=10.0 cm in placed in this field so that its area vector is at 0:=30.0-deg with respect to the x-axis. (A) draw a picture of the problem. (B) calculate the flux through the hoop.
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Transcribed Image Text:Problem 1: You are told that a region of space has a uniform magnetic field that points in the
+x direction B:=1.245.10³ T. A circular hoop of diameter D:10.0.cm in placed in this
field so that its area vector is at 0:=30.0 deg with respect to the x-axis. (A) draw a picture
of the problem. (B) calculate the flux through the hoop.
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