A loop ABCA of straight edges has three corner points A (8, 0, 0), B (0, 8, 0 ) and C (0, 0, 8). The magnetic field in this region is `vecB=5(hati+hatj+hatk)T`0 . The quantity of flux through the loop ABCA (in Wb) is _____.

A loop ABCDEFA of straight edges has a six corner points A(0, 0, 0), B(5, 0, 0), C(5, 5, 0), D(0, 5, 0), E(0, 5, 5), F(0, 0, 5). The magnetic field in this region is vecB=(3hati + 4hatk)T . The quantity of the flux through the loop ABCDEFA (in Wb) is ......

A loop A(0,0,0)B(5,0,0)C(5,5,0)D(0,5,0)E(0,5,10) and F(0,0,10) of straight edges has six corner points and two sides. The magnetic field in this region is vec(B) = (3hati + 4hatk) T. The quantity of flux through the loop ABCDEFA (in Wb) is

A loop A(0,0,0)B(5,0,0)C(5,5,0)D(0,5,0)E(0,5,10) and F(0,0,10) of straight edges has six corner points and two sides. The magnetic field in this region is vec(B) = (3hati + 4hatk) T. The quantity of flux through the loop ABCDEFA (in Wb) is

A loop A(0,0,0)B(5,0,0)C(5,5,0)D(0,5,0)E(0,5,10) and F(0,0,10) of straight edges has six corner points and two sides. The magnetic field in this region is vec(B) = (3hati + 4hatk) T. The quantity of flux through the loop ABCDEFA (in Wb) is

A loop, made of straight edges has six corners at A(0,0,0), B(L,0,0) ,C(L,L,0), D(0,L,0), E(0,L,L) and F(0,0,L). A magnetic field vecB=B_0 (hati+hatk)T is present in the region. The flux passing through the loop ABCDEFA (in that order) is

A loop, made of straight edges has six corners at A(0,0,0), B(L,0,0), C(L,L,0), D(0,L,0), E(0,L,L) and F(0,0,L). A magnetic field vecB=B_(0)(hati+hatk)T is present in the region. The flux passing through the loop ABCDEFA (in that order) is:

A loop made of straight edges has six corners at A(0,0,0), B(L, O,0), C(L,L,0), D(0,L,0), E(0,L,L) and F(0,0,L) . Where L is in meter. A magnetic field B = B_(0)(hat(i) + hat(k))T is present in the region. The flux passing through the loop ABCDEFA (in that order) is

A loop made of straight edegs has six corners at A(0,0,0), B(L, O,0) C(L,L,0), D(0,L,0) E(0,L,L) and F(0,0,L) . Where L is in meter. A magnetic field B = B_(0)(hat(i) + hat(k))T is present in the region. The flux passing through the loop ABCDEFA (in that order) is

A loop made of straight edegs has six corners at A(0,0,0), B(L, O,0) C(L,L,0), D(0,L,0) E(0,L,L) and F(0,0,L) . Where L is in meter. A magnetic field B = B_(0)(hat(i) + hat(k))T is present in the region. The flux passing through the loop ABCDEFA (in that order) is