consider-a-closed-loop-that-surrounds-a-long-coaxial-cable-consisting-of-cylinde

Question

Consider a closed loop that surrounds a long coaxial cable consisting of cylinder-shaped conductors spaced apart by an insulator. The anticlockwise line integral ∲B•dl around this loop is 1.27 × 10^-2 T•m. Determine the value of the clockwise line integral ∲B•dl.

Accepted Answer

-1.27 × 10^-2 T•m

Answer

0 T•m

Answer

1.27 × 10^-2 T•m

Answer

Cannot be determined from the information given

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Consider a closed loop that surrounds a long coaxial cable consisting of cylinder-shaped conductors spaced apart by an insulator. The anticlockwise line integral ∲B•dl around this loop is 1.27 × 10^-2 T•m. Determine the value of the clockwise line integral ∲B•dl.

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Consider a closed loop that surrounds a long coaxial cable consisting of cylinder-shaped conductors spaced apart by an insulator. The anticlockwise line integral ∲B•dl around this loop is 1.27 × 10-2 T•m. Determine the value of the clockwise line integral ∲B•dl.

Consider a closed loop that surrounds a long coaxial cable consisting of cylinder-shaped conductors spaced apart by an insulator. The anticlockwise line integral ∲B•dl around this loop is 1.27 × 10^-2 T•m. Determine the value of the clockwise line integral ∲B•dl.