Find the values of `ointvecB.vec(dl)` for the loops `L_1, L_2 and L_3` in Fig. (The sense of `vec(dl)` is mentioned in the figure)

Find the values of ointvecB.vecdl for the loops L_(1),L_(2),L_(3) in the figure shown . The sence of vecdl is mentioned in the figure.

the value of oint barB.bar(dl) for the loop L is

the value of oint barB.bar(dl) for the loop L is

Rank the value of ointvec(B)vec(dl) for the closed paths shown in figure from the smallest to largest.

Rank the value of ointvec(B)vec(dl) for the closed paths shown in figure from the smallest to largest.

Rank the value of ointvec(B)vec(dl) for the closed paths shown in figure from the smallest to largest.

Current I_(0) is flowing through a bent wire atoctobtod in z-x plane as shown in figure, then ointvecB.vec(dl) over the loop PQRS lying in the X-Y plane as shown in figure, due to the bent wire acbd

A: In any magnetic field region the line integral ointvecB.vec(dl) along a closed loop is always zero. R: The magnetic field vecB in the expressioin oint vecB.vec(dl) is due to the currents enclosed only by the loop.