Given the electric field intensity E = E_x a_x + E_y a_y + E_z a_z, where E_x, E_y and e_z are constants, find: a. the incremental work done in moving charge q through a distance delta along the positive x direction. b. same as part a, but the charge moves along the direction away from the origin at 45 degree in the first quadrant, c. same as part a, but the charge moves along the line in the first octant having equal x, y, and z components, and away from the origin.

29 2 - Given the electric field intensity E = E_x a_x + E_y a_y + E_z a_z, where E_x, E_y and e_z are constants, find: a. the incremental work done in moving charge q through a distance delta along the positive x direction. b. same as part a, but the charge moves along the direction away from the origin at 45 degree in the first quadrant, c. same as part a, but the charge moves along the line in the first octant having equal x, y, and z components, and away from the origin.

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images - Given the electric field intensity E = E_x a_x + E_y a_y + E_z a_z, where E_x, E_y and e_z are constants, find: a. the incremental work done in moving charge q through a distance delta along the positive x direction. b. same as part a, but the charge moves along the direction away from the origin at 45 degree in the first quadrant, c. same as part a, but the charge moves along the line in the first octant having equal x, y, and z components, and away from the origin.

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