Physics-
General
Easy
Question
In a rope game both the groups are using different magnitudes of force Find the direction of resultant force.
- In the direction of greater force
- In the direction of smaller force
- Perpendicular to the direction of forces
- None
The correct answer is: In the direction of greater force
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200N force is acting on a body Find the magnitude of force ?
200N force is acting on a body Find the magnitude of force ?
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Forces at a distance are also known as ..............forces.
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A uniform but time-varying magnetic field B(t) exists in a circular region of radius a and is directed into the plane of the paper, as shown. The magnitude of the induced electric field at point P at a distance r from the centre of the circular region
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For the circuit shown in figure, the direction and magnitude of the force on PQR is :
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A charged capacitor is discharged separately through three resistors R1, R2, R3. The discharging graph are shown in figure . The correct relation between R1, R2 and R3 is given by
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The q versus t graph of a capacitor charged with a cell of emf 5 V is shown in figure The resistance R of the circuit is
The q versus t graph of a capacitor charged with a cell of emf 5 V is shown in figure The resistance R of the circuit is
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In the circuit shown, the switch S is closed at t = 0, then instantaneous charge on the capacitor is
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In the circuit shown in figure :
In the circuit shown in figure :
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A resistance of 400 
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A resistance of 400 is connected in series with an inductor of H and this combination is connected across an A.C source as shown in figure .
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A conducting sphere of radius r is initially charged to Q0 It is connected as shown in the fig. If switch S is closed at t = 0 then charge on the sphere at any time t is
A conducting sphere of radius r is initially charged to Q0 It is connected as shown in the fig. If switch S is closed at t = 0 then charge on the sphere at any time t is
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A time varying voltage is shown in fig. then 
is -
A time varying voltage is shown in fig. then is -
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The charge on the capacitor in steady state in the circuit shown is
The charge on the capacitor in steady state in the circuit shown is
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A rectangular loop of side a and b has a resistance R and lies at a distance c from an infinite wire carrying current I0 . The current decreases to zero in time t0
The charge flowing through the rectangular loop is
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The charge flowing through the rectangular loop is
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