A long coil of N = 1000 turns, R = 0.2 (m) and and != 5 (m) length carries a current of I(t) = 20(1- e*) (A). Calculate the magnitude of the induced electric field at distance r from the coil axis. (r < R) A) 16 x 10³ μore B) 8 x 10³ Hore- C) 20 x 10³ μgre-4t D) 5 x 10³ μore- E) 10 x 10³ ore-4t <-4t <-4t N. 1 celle
A long coil of N = 1000 turns, R = 0.2 (m) and and != 5 (m) length carries a current of I(t) = 20(1- e*) (A). Calculate the magnitude of the induced electric field at distance r from the coil axis. (r < R) A) 16 x 10³ μore B) 8 x 10³ Hore- C) 20 x 10³ μgre-4t D) 5 x 10³ μore- E) 10 x 10³ ore-4t <-4t <-4t N. 1 celle
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Transcribed Image Text:A long coil of N = 1000 turns, R = 0.2 (m) and and I = 5 (m) length carries a current of I(t) = 20(1-e*) (A).
Calculate the magnitude of the induced electric field at distance r from the coil axis. (r < R)
A) 16 x 10³ μore-t
B) 8 x 10³ ore
C) 20 x 10³ ore-4
<-4 t
D) 5 x 10³ pore-4t
E) 10 x 10³ pore-4t
NI
allee
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