3. A toroid of inner radius R1 and outer radius R2 is such that any point P, in the toroidal axis is at a distance r from its geometric center, C. Let N be the total number of turns. a. What is the magnetic field at point P. b. Suppose the toroid is abruptly cut long the blue line at a distance ( as measured along the toroidal axis) of a quarter of the circumference away from P. By doing so, the toroid has been transformed into a solenoid. For this purpose, assume that the toroid is thin enough that the values of the inner and outer radius, as well as r, are close though not necessarily equal. toroidal Onxis solenoid of N tms
3. A toroid of inner radius R1 and outer radius R2 is such that any point P, in the toroidal axis is at a distance r from its geometric center, C. Let N be the total number of turns. a. What is the magnetic field at point P. b. Suppose the toroid is abruptly cut long the blue line at a distance ( as measured along the toroidal axis) of a quarter of the circumference away from P. By doing so, the toroid has been transformed into a solenoid. For this purpose, assume that the toroid is thin enough that the values of the inner and outer radius, as well as r, are close though not necessarily equal. toroidal Onxis solenoid of N tms
Chapter11: Magnetic Forces And Fields
Section: Chapter Questions
Problem 98AP: Unreasonable results To construct a non-mechanical water meter, a 0.500-T magnetic field is placed...
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