of the loop is not in a magnetic field. Find the change in the tension of the spring if the current in the loop is rever

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Of The Loop Is Not In A Magnetic Field Find The Change In The Tension Of The Spring If The Current In The Loop Is Rever 1 (40.53 KiB) Viewed 18 times

of the loop is not in a magnetic field. Find the change in the tension of the spring if the current in the loop is reversed. 2. In the circuit shown in the following figure, C = 0.02 F and is initially uncharged, R0 = 15 02, and = 100 V. The switch S closes at time t = 0. A small rectangular coil with dimensions a = 5.0 cm and b= 11.0 cm has a resistance of 1.0 2/m and contains 30 loops. The distance c is 2.0 cm. (The figure is not drawn to scale.) Assume that only the wire nearest the coil produces an appreciable magnetic field and that it can be considered very long. Ro a. Find the magnetic flux through a small area dA = bdx of the loop a distance x from the wire, then integrate it to find the total magnetic flux through the small loop as a function of time b. What is the value and direction of the induced current in the small circuit at time t = 0.3 s? C x S X xTax X X X X a x XB x C