horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is
Sahay Sir > Question Answers > horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is
In the circuit shown in Fig. A conducting wire HE is moved with a constant speed v towards left. The complete circuit is placed in a uniform magnetic field B perpendicular to the plane of circuit inwards. The current in HKDE is
20
Oct
In the circuit shown in Fig. A conducting wire HE is moved with a constant speed v towards left. The complete circuit is placed in a uniform magnetic field B perpendicular to the plane of circuit inwards. The current in HKDE is horizontal rails connected to i g . The entire system lies in [...]
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horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is ,
sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth ,
shown in figure. ,
The current generator i g ,
A metallic wire is folded to form a square loop of side a. It carries a current i and is kept perpendicular to the region of uniform magnetic field B. If the shape of the loop is changed from square to an equilateral triangle without changing the length of the wire and current. The amount of work done in doing so is
20
Oct
A metallic wire is folded to form a square loop of side a. It carries a current i and is kept perpendicular to the region of uniform magnetic field B. If the shape of the loop is changed from square to an equilateral triangle without changing the length of the wire and current. The amount [...]
Tags:
horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is ,
sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth ,
shown in figure. ,
The current generator i g ,
The magnetic field in a region is given by B = B [ 1+ x/a ] k. A square loop of edge length d is placed with its edge along the x – and y axes. THe loop is moved with a constant velocity v = v0 i. The emf included in the loop is
20
Oct
The magnetic field in a region is given by B = B [ 1+ x/a ] k. A square loop of edge length d is placed with its edge along the x – and y axes. THe loop is moved with a constant velocity v = v0 i. The emf included in the loop is [...]
Tags:
horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is ,
sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth ,
shown in figure. ,
The current generator i g ,
The current generator i g , shown in figure, sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth, horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is
20
Oct
The current generator i g , shown in figure, sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth, horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire [...]
Tags:
horizontal rails connected to i g . The entire system lies in a vertical magnetic field B. The velocity of the wire as a function of time is ,
sends a constant current i through the circuit. The wire ab has a length l and mass m slide on the smooth ,
shown in figure. ,
The current generator i g ,