If a thin uniform wire of length `1m` is bent into an equilateral triangle and crries a current of `sqrt(2)A` in anticlockwise direction, find the net magnetic induction at the centroid

If a thin uniform wire of length 1m is bent into an equilateral triangle and carries a current of sqrt3A in anticlockwise direction, find the net magnetic induction at the centroid

If a thin uniform wire of length 1m is bent into an equilateral triangle and carries a current of sqrt3A in anticlockwise direction, find the net magnetic induction at the centroid

If a thin uniform wire of length 1 m is bent into an equilateral triangle and carries a current of sqrt3A in anitclockwise direction, find the net magnetic induction at the centroid

An equilateral triangle of side 10cm carries a current of 3A. Find the magnetic field at centroid of triangle.

If a thin wire of length 88 cm is bent into a circular loop and a current of 1A is passed, a. What is the magnetic field at the centre? b. What is the magnetic field at the centre if the wire is bent into a semicircle and doubled on it? c. If the wire is looped into two loops, find the magnetic field at the centre.

A wire of length l is bent in the form of an equilateral triangle and carries an electric current i. (a) Find the magnetic field B at the centre. (b) If the wire is bent in the form of a square, what would be the value of B at the centre?

A wire of length l is bent in the form of an equilateral triangle and carries an electric current i. (a) Find the magnetic field B at the centre. (b) If the wire is bent in the form of a square, what would be the value of B at the centre?

A wire of length l is bent in the form of an equilateral triangle and carries an electric current i. (a) Find the magnetic field B at the centre. (b) If the wire is bent in the form of a square, what would be the value of B at the centre?

A conducting wire of length L is bent in the form of an equilateral triangle. If current I is made to pass through it, then calculate the magnetic field intensity at the centre of the triangle.