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Test: Magnetostatics - 1 - Question 1

The magnitude of H at a radius of 1 meter from along linear conductor is 1 A/m. The current in the wire is

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Test: Magnetostatics - 1 - Question 2

What is the value of magnetic flux density at the centre of the square current loop shown in figure below?

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Test: Magnetostatics - 1 - Question 3

A solenoid of 20 cm long and 1 cm diameter has a uniform winding of 1000 turns. If the solenoid is placed in a uniform field of 2 Wb/m^{2} flux density and a current of 10 amps, is passed through the solenoid winding, then the maximum torque on the solenoid will be

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Test: Magnetostatics - 1 - Question 4

What is the value of magnetic flux density at the centre of a current carrying loop when the loop radius is 2 cm, loop current is 1 mA and the loop is placed in air?

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Test: Magnetostatics - 1 - Question 5

A magnetic field known to be directed in a cartesian co-ordinate system so that exists in the x-direction where H_{x} = Constant. The value of curl

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Test: Magnetostatics - 1 - Question 6

Match List-I with List-ll and select the correct answer using the codes given below the lists:

List-I

A. Faraday’s induction law

B. Maxwell equation in point form

C. Electric field strength general equation

Test: Magnetostatics - 1 - Question 7

The force acting between two parallel wires carrying currents I_{1} and I_{2} and separated by a distance r is given by

Test: Magnetostatics - 1 - Question 8

Flux lines are received at an iron-air boundary at an angle of 45° from the normal on the iron side of the boundary. If the iron has a relative permeability of 350, then the angle from the normal with which the flux emerges into the air would be

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Test: Magnetostatics - 1 - Question 10

Assertion (A): The potential in case of magnetic field is a vector potential.

Reason (R): The potential in case of electric field is a scalar potential

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