A magnetic field in a certain region is given by `B = (40 hat(i) - 15 hat(k)) xx 10^(-4) T`. The magnetic flux passes through a loop of area `5.0 cm^(2)` is placed flat on `xy` plane is

The magnetic field in a certain region is given by vecB=(4hati-hatk) tesla. How much magnetic flux passes through the loop of area 100.0cm2 lies flat in xy plane ?

The magnetic field in a certain region is given by vecB=(4hati+2hatj-3hatk) tesla. How much magnetic flux passes through the loop of area 0.2 m^2 in this region if the loop lies flat in xy plane ?

A magnetic field in a certain region is given by barB = (40hati - 18hatk)G . How much flux passes through a 5.0 cm^(2) area loop if the loop lies flat on xy - plane ?

The magnetic field in a certain region is given by B = (4.0veci -1.8 veck) xx 10^-3 T . How much flux passes through a 5.0 cm^2 area loop in this region if the loop lies flat on the xy-plane?

The magnetic field in a certain region is given by B = (4.0veci -1.8 veck) xx 10^-3 T . How much flu passes through a 5.0 cm^2 area loop in this region if the loop lies flat on the xy-plane?

The magnetic field in a certain region is given by B = (4.0veci -1.8 veck) xx 10^-3 T . How much flu passes through a 5.0 cm^2 area loop in this region if the loop lies flat on the xy-plane?

A magnetic field in a certain region is given by vecB = (40hatî - 18 hatk)G . How much flux passes through a 5.0 "cm"^2 area of the loop, if the loop lies flat on the XY Plane ? 1G (gauss) = 10^(-4) T.

If the electric field in a region is given by vec(E) = 5 hat(i) + 4 hat(j)+ 9 hat(K) , then the electric flux through a surface of area 20 units lying in the y-z plane will be

The electric field in a certain region of space is ( 5 hat(i) 4 hat(j) - 4 hat(k)) xx 10^(5) [ N //C] . Calculate electric flux due to this field over an area of ( 2 hat(i) - hat(j)) xx 10^(-2) [ m^(2)]