A 200-m long stretch of copper wire (resistivity p=1.78*10-8 2*m) is used to make a coil of the radius Rcoil = 25.0 cm. The cross-sectional area of the wire is Awire = 2.75mm². The coil is placed inside a constant, unform magnetic field of magnitude B = 0.01T. How fast should the coil be rotated in order to induce a current of peak magnitude Io = 150mA within the coil?
A 200-m long stretch of copper wire (resistivity p=1.78*10-8 2*m) is used to make a coil of the radius Rcoil = 25.0 cm. The cross-sectional area of the wire is Awire = 2.75mm². The coil is placed inside a constant, unform magnetic field of magnitude B = 0.01T. How fast should the coil be rotated in order to induce a current of peak magnitude Io = 150mA within the coil?
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please write out all steps and draw diagrams/sketches as needed while using clear notwtatioms and use the units thoroughly. Thanks!
Transcribed Image Text:A 200-m long stretch of copper wire (resistivity p=1.78*10-8 *m) is used to make a coil of the
radius Rcoil = 25.0 cm. The cross-sectional area of the wire is Awire = 2.75mm². The coil is placed
inside a constant, unform magnetic field of magnitude B = 0.01T.
How fast should the coil be rotated in order to induce a current of peak magnitude Io = 150mA
within the coil?
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