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(Solved): In the circuit above, the ammeter \( (\mathrm{A}) \) is an ideal ammeter (so ...



In the circuit above, the ammeter \( (\mathrm{A}) \) is an ideal ammeter (so without internal resistance); the voltmeter (V) ???????

In the circuit above, the ammeter \( (\mathrm{A}) \) is an ideal ammeter (so without internal resistance); the voltmeter (V) is also ideal (so with an infinitely large resistance). The two e.m.f. sources have negligible internal resistance. The voltmeter reads a positive value when the voltage of the \( + \)-connector is higher than the voltage of the connector (see picture) The ammeter reads a positive value when the current runs from the \( + \)-connector to the \( - \)-connector. What are the readings of the ammeter and the voltmeter?


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The resistance of the resistors in the given circuit are, R1=10?R2=5?R3=8? The potential
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