A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field `vecB=(2hati-3hatj_hatk)T` is present in the region.

Find the net force on the loop shown.

A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj_hatk)T is present in the region. Find the net torque on the loop.

A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj_)T is present in the region. Find the net force on the loop shown.

A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj+hatk)T is present in the region. Find the net torque on the loop.

A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj_hatk)T is present in the region. Find the magnetic moment vector of the loop.

A wire carrying a 10A current is bent to pass through various sides of a cube of side 10 cm as shown in fig. A magnetic field vecB=(2hati-3hatj-hatk)T is present in the region. Find the magnetic moment vector of the loop.

A wire carrying a 10 A current is bent to pass through sides of a cube of side 10 cm as shown in figure. A magnetic field vec(B) = (2 hat(i) - 3 hat(j) +hat (k))T is present in the region. Then, find The net force on the loop

A wire carrying a 10 A current is bent to pass through sides of a cube of side 10 cm as shown in figure. A magnetic field vec(B) = (2 hat(i) - 3 hat(j) +hat (k))T is present in the region. Then, find The net torque on the loop

A wire carrying a 10 A current is bent to pass through sides of a cube of side 10 cm as shown in figure. A magnetic field vec(B) = (2 hat(i) - 3 hat(j) +hat (k))T is present in the region. Then, find The net torque on the loop

A wire carrying a 10 A current is bent to pass through sides of a cube of side 10 cm as shown in figure. A magnetic field vec(B) = (2 hat(i) - 3 hat(j) +hat (k))T is present in the region. Then, find The magnetic moment vector of the loop.