Consider a stationary square loop antenna of area 400cm, which has an internal resistance of R=5 Q. If the magnetic field in the medium is perpendicular to the loop plane and has the form, B = -â‚10e-t/(Sm10²) µTesla, determine; a) the total magnetic flux coupled to the loop b) the induced emf at the terminals of R c) the induced current in the loop and its direction. Explain your reasoning. B(t) R AAA
Consider a stationary square loop antenna of area 400cm, which has an internal resistance of R=5 Q. If the magnetic field in the medium is perpendicular to the loop plane and has the form, B = -â‚10e-t/(Sm10²) µTesla, determine; a) the total magnetic flux coupled to the loop b) the induced emf at the terminals of R c) the induced current in the loop and its direction. Explain your reasoning. B(t) R AAA
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Transcribed Image Text:Consider a stationary square loop antenna of area 400cm?, which has an internal
resistance of R=5 Q. If the magnetic field in the medium is perpendicular to the loop plane
and has the form, B = -â_10e-t/(5n10²) µTesla, determine;
a) the total magnetic flux coupled to the loop
b) the induced emf at the terminals ofR
c) the induced current in the loop and its direction. Explain your reasoning.
B(t)
R
X
AAA
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