The following is a description of one way to find the Route of a circuit. Answer the questions below. (Short answer type
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The following is a description of one way to find the Route of a circuit. Answer the questions below. (Short answer type) . The figure on the left below shows that the midpoint A of the voltage divider composed of Rl and R2 is open. At this time, the potential of point A is 10V (potential of point G =), and current of ImA flows downward in RI and R2, respectively. Now, if you fix the circuit on the left as shown on the right, the potential of point Ais 10.1V. Then, the current of amA flows down to R1, and the current of BmA flows down to R2. This situation means that when Kirchhoff's law is considered, a current of ymA flows from point A into the circle. This means that when the potential of point A increases by 0.1 V, a current of yma flows into the circle. Therefore, the resistance (Rout) inside the circle viewed from point Ais"02", which is the same as Thevenin resistance of the circle viewed from point A. a
} w 10 20v w 16.14
[Note: If the voltage of the battery on the right is 10V, the potential of point A is still 10V, and no current flows at point A.) For a in the above description, what is the value of 100 a?