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Magnetic Field Due to Circular Current Carrying Conductor

circular coil...

Question

circular coils 1 and 2 are made from the same wire but the radius of the 1st coil is twice that of 2nd coil. What is the ratio of potential difference applied across them so that the magnetic field attheir centres is the same?

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Q. Two circular coils 1 and 2 are made from the same wire but the radius of 1st coil is twice that of the 2nd coil. What potential difference in volts should be applied across them so that the magnetic magnetic field at the centres is the same

Q. Two circular coils

P

Q

are made from similar wire but radius of

Q

is twice that of

P

. Relation between the values of potential difference across them so that the magnetic induction at their centers may be the same is :

Q. Two circular coils P and Q are made from similar wires but the radius of Q is twice that of P. What should be the value of potential difference across them. So that the magnetic induction at their centres may be the same ?

Q. Two circular coils made of similar wires but of radius

20 cm

40 cm

are connected in parallel. The ratio of magnetic fields at their centre is -

Q. Two wires are wound into coils of one turn and three turns of equal radius. If the same current is passed through the coils, the ratio of magnetic field at their centres will be:

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