initially y = x^2 is moving with velocity V = v0iˆ in a non-uniform magnetic field B = B0 (1+(y/ L )β )kˆ as shown in figure. If V0

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Conducting wire of parabolic shape, initially y = x^2 is moving with velocity V = v0iˆ in a non-uniform magnetic field B = B0 (1+(y/ L )β )kˆ as shown in figure. If V0,B 0 L and B are +ve constant Δϕ is potential difference develop between the ends of wire, then correct statements (s) is/are
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Oct
Conducting wire of parabolic shape, initially y = x^2 is moving with velocity V = v0iˆ in a non-uniform magnetic field B = B0 (1+(y/ L )β )kˆ as shown in figure. If V0,B 0 L and B are +ve constant Δϕ is potential difference develop between the ends of wire, then correct statements (s) [...]
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Tags: B 0 L and B are +ve constant Δϕ is potential difference develop between the ends of wire , Conducting wire of parabolic shape , initially y = x^2 is moving with velocity V = v0iˆ in a non-uniform magnetic field B = B0 (1+(y/ L )β )kˆ as shown in figure. If V0 , then correct statements (s) is/are ,