A 1 m long large coil with a radius of 15.2 cm and 280 turns surrounds a 7.6 m long solenoid with a radius of 5.2 cm and 3200 turns. The current in the solenoid changes as [tex] I=I_0 sin (2\pi f t) [/tex] where I_0= 30 A and f=60 Hz.Inside solenoid has 3200 turns and outside coil has 3200 turns. The equation for the emf is [tex] E= E_0 sin \omega*t [/tex]. There is also a resistor on the smaller coil that is 32 ohms. Find the maximum induced emf in the large coil. Answer in units of V.(adsbygoogle = window.adsbygoogle || []).push({});

I really have no idea where to start this problem.. can someone point me in the right direction?

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# Homework Help: Solenoid induced EMF problem

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