Recent content by imranh88

You have been an invaluable help. Thank you so much. Highly appreciated.

Thank you so much! Can I leave the velocity vector as I did? Also are my directions of induced emf correct? any idea if my part a is correct?

This is my working: with part b having 2 methods as I am not sure on the context of the question. whether the moving loop is moving into the field or if it is moving while already being entirely subject to the field. My guess is the latter, which would correspond to the left hand side marking...

for part (a) the equation is: B_{0}x^{2}yt^{3} for part (b) the equation is: B_{0}x^x{2}y Thank you guys for helping me, when you really do not have to :) I have attached the question below.

What I did for part a, was integrate the expression for B with respect to x and again with respect to y. then differentiated with respect to t giving: emf= -B0(a^5t^2)/3 is this correct?

A square conducting loop of side length a is in a non-uniform magnetic field. The loop occupies the first quadrant of the xy plane, i.e. the space between the origin (x, y) = (0,0) and the point (x,y) = (a, a). The magnetic field is in the +z direction. Develop an expression for the magnitude of...