d = 4 m`
A current I flows in a rectangularly shaped wire whose center lies at (x 0 ,0 , 0) and whose vertices are located at the point A(x 0 +d, −a, −b ),B (x 0 −d ,a ,−b), C(x 0 −d, a, +b), and D(x 0 +d,−a,+b) respectively. Assume that a, b, d <<x 0 . Find the magnitude of magnetic dipole moment vector of the rectangular wire frame in J/T. (Given: b = 10 m, I = 0.01 A, d = 4 m, a = 3 m.)
16
Oct
A current I flows in a rectangularly shaped wire whose center lies at (x 0 ,0 , 0) and whose vertices are located at the point A(x 0 +d, −a, −b ),B (x 0 −d ,a ,−b), C(x 0 −d, a, +b), and D(x 0 +d,−a,+b) respectively. Assume that a, b, d <<x 0 [...]
A ball of mass `m` is allowed to roll down the wedge of mass `M = 2 m` as shown in the figure. What is the displacement of wedge (in `m`) when the ball reaches from `A` to `B`? Take `theta=45^(@), h=1 m, d = 4 m`
21
Sep
A ball of mass `m` is allowed to roll down the wedge of mass `M = 2 m` as shown in the figure. What is the displacement of wedge (in `m`) when the ball reaches from `A` to `B`? Take `theta=45^(@), h=1 m, d = 4 m` A ball of mass `m` is allowed to [...]