Shown in the figure is a soup can shape (no top or bottom) that carries a uniform surface current density Js=J0phi(A/m) on its side The soupcan has radius a and is such that ?h leq z leq h and ?pi leq phi leq pi .The quantity J0 is a known constant. For the questions that follow, assume the observation point for the magnetic field H is at the origin, ibis description is for questions 1 through 5. 1. What is the position vector to the source?

26 8 - Shown in the figure is a soup can shape (no top or bottom) that carries a uniform surface current density Js=J0phi(A/m) on its side The soupcan has radius a and is such that ?h leq z leq h and ?pi leq phi leq pi .The quantity J0 is a known constant. For the questions that follow, assume the observation point for the magnetic field H is at the origin, ibis description is for questions 1 through 5. 1. What is the position vector to the source?

This content is for Premium members only.
sign up for premium and access unlimited solutions for a month at just 5$(not renewed automatically)


images - Shown in the figure is a soup can shape (no top or bottom) that carries a uniform surface current density Js=J0phi(A/m) on its side The soupcan has radius a and is such that ?h leq z leq h and ?pi leq phi leq pi .The quantity J0 is a known constant. For the questions that follow, assume the observation point for the magnetic field H is at the origin, ibis description is for questions 1 through 5. 1. What is the position vector to the source?

already a member please login


3   +   10   =