SOLVED: A toroid is formed by winding a wire which carries current with N turns. The toroid has a mean radius R, and a cross-section radius Tc which is smaller than R. Using Ampere's law, derive an expression for B inside the toroid as the function of radial distance r which is the distance from the center of the toroid. Again, draw a figure with an amperian loop, direction of the path, and the direction of the magnetic field.Toroid:R = mean radiusTc = cross-section radiusN = 2000 turnsI = 2AR =

in an ideal toroid current would flow only in the and directions the magnetic field in the central plane outside of the coils of such toroid is zero for the toroid shown in the figures howev 24845

What Does a Toroid Consist Of? Find Out the Expression for the Magnetic Field Inside a Toroid for N Turns of the Coil Having the Average Radius R and Carrying a Current I. - Physics | Shaalaa.com