Two coils C1 and C2 are arranged coaxially as shown in figure. The ends of the coil 'C2’ are connected to an ammeter A. The current sent through the coil C1 is directly proportional to the time. If the magnetic field induction produced by the coil C1 is proportional to the current in it, then the induced current through the coil C2 is
(a)
zero
(b)
increasing with time
(c)
constant
(d)
decreasing with time
Two coils C1 and C2 are arranged coaxially as shown in figure. The ends of the coil 'C2’ are connected to an ammeter A. The current sent through the coil C1 is directly proportional to the time. If the magnetic field induction produced by the coil C1 is proportional to the current in it, then the induced current through the coil C2 is
(a)
zero
(b)
increasing with time
(c)
constant
(d)
decreasing with time
Question ID - 154521 | SaraNextGen Top Answer
Two coils C1 and C2 are arranged coaxially as shown in figure. The ends of the coil 'C2’ are connected to an ammeter A. The current sent through the coil C1 is directly proportional to the time. If the magnetic field induction produced by the coil C1 is proportional to the current in it, then the induced current through the coil C2 is
(a)
zero
(b)
increasing with time
(c)
constant
(d)
decreasing with time
|
Two coils C1 and C2 are arranged coaxially as shown in figure. The ends of the coil 'C2’ are connected to an ammeter A. The current sent through the coil C1 is directly proportional to the time. If the magnetic field induction produced by the coil C1 is proportional to the current in it, then the induced current through the coil C2 is
|
|||
|
(a) |
zero |
(b) |
increasing with time |
|
(c) |
constant |
(d) |
decreasing with time |