HW 7 Handout AS USUAL, BE SURE THAT YOUR SOLUTION IS CLEAR AND EASY TO FOLLOW! BE SURE TO SHOW ALL STEPS. 1) Consider a long, current-carrying wire placed on the x-axis, and another long, current- carrying wire lined up 0.21 m above the xy-plane (and so it runs parallel to the y-axis, at 0.21 m on the z-axis: A z 2= 3.1 A = 1.8 A And so the middle of the lower wire on the x-axis is at the origin, and the middle of the upper wire is at (0, 0, 0.21) m. Calculate the force/length that the center of the upper wire feels due to the lower wire

Please answer the question below. Show all of your work and each step.

Exercise 5 Suppose that the motion of a continuous medium is given by the 1D mapping olge, x = (1+ t)X and the temperature distribution along X in the reference description is described by P(X, t) = Xt² %3D Compute the material time derivative field (x, t) written in the spatial configuration.

Prove using the two Kirchhoff laws (voltage & loop), the following two equations (picture) & Please put a web site of proof. Thank you Regu = R1+ R2+ R3 +.... 1 1 +... R3 %3D 1 1. R R, R, equ