A circular conducting loop of area 100 cm^2 and resistance 3 ohm is pl

1.	A circular conducting loop of area 100 cm^2 and resistance 3 ohm is placed in a magnetic field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t)=1.5 cos (omega)t tesla, the peak value of the current is
Answer» ✅ ANSWER ✅ A CIRCULAR conducting loop of area 100 cm^(2) and resistance 3 OMEGA is placed in a MAGNETIC field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t) = 1.5 cos omega t tesla, the peak value of the current in the loop is. ∴I0=E0R=15ω3=5ωmA.

A circular conducting loop of area 100 cm^2 and resistance 3 ohm is placed in a magnetic field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t)=1.5 cos (omega)t tesla, the peak value of the current is

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✅ ANSWER ✅

A CIRCULAR conducting loop of area 100 cm^(2) and resistance 3 OMEGA is placed in a MAGNETIC field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t) = 1.5 cos omega t tesla, the peak value of the current in the loop is. ∴I0=E0R=15ω3=5ωmA.

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A circular conducting loop of area 100 cm^2 and resistance 3 ohm is placed in a magnetic field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t)=1.5 cos (omega)t tesla, the peak value of the current is​

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A circular conducting loop of area 100 cm^2 and resistance 3 ohm is placed in a magnetic field with its plane perpendicular to the field. If the field is spatially uniform but varies with time t (in second) as B(t)=1.5 cos (omega)t tesla, the peak value of the current is