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A 20.0 m long cylinder is sliced along its long axis to form a half-cylinder, flat on one side with a semi-circular cross section of radius 5.00 m. The half-cylinder is oriented with its long axis parallel to a long wire carrying a current of 240.0 A. The flat side of the half-cylinder is parallel to a line drawn radially outward from the wire and the nearest edge of the half-cylinder is located 1.00 cm from the wire. What is the magnetic flux through the curved surface of the half-cylinder (excluding the flat side)? T.m2

A 20.0 m long cylinder is sliced along its long axis to form a half-cylinder, flat on one side with a semi-circular cross section of radius 5.00 m. The half-cylinder is oriented with its long axis parallel to a long wire carrying a current of 240.0 A. The flat side of the half-cylinder is parallel to a line drawn radially outward from the wire and the nearest edge of the half-cylinder is located 1.00 cm from the wire. What is the magnetic flux through the curved surface of the half-cylinder (excluding the flat side)? T.m2

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A 20.0 m long cylinder is sliced along its long axis to form a half-cylinder, flat on one side with a semi-circular cross section of radius 5.00 m. The half-cylinder is oriented with its long axis parallel to a long wire carrying a current of 240.0 A. The flat side of the half-cylinder is parallel to a line drawn radially outward from the wire and the nearest edge of the half-cylinder is located 1.00 cm from the wire. What is the magnetic flux through the curved surface of the half-cylinder (excluding the flat side)? T.m2

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