A docs.google.com Questions Find the passed current through R2 and the voltage drop on R3 * R43302 R5 R3 >2202 R1 1502 1002 10V 250 R6 1000 78 mA, 1.95 V 35.4 mA, 537 mV 78 mA , 537 mV 80.5 mA, 1.95 V...

A docs.google.com<br>Questions<br>Find the passed current through R2 and the<br>voltage drop on R3 *<br>R43302<br>R5<br>R3<br>>2202<br>R1<br>1502<br>1002<br>10V<br>250<br>R6<br>1000<br>78 mA, 1.95 V<br>35.4 mA, 537 mV<br>78 mA , 537 mV<br>80.5 mA, 1.95 V<br>35.4 mA, 450mV<br>80.5 mA, 450 mV<br>2.44 mA, 1.95 V<br>80.5 mA, 537 mV<br>78 mA, 450 mV<br>What could be the maximum power of the<br>R1 in the simulation from the following<br>

Extracted text: A docs.google.com Questions Find the passed current through R2 and the voltage drop on R3 * R43302 R5 R3 >2202 R1 1502 1002 10V 250 R6 1000 78 mA, 1.95 V 35.4 mA, 537 mV 78 mA , 537 mV 80.5 mA, 1.95 V 35.4 mA, 450mV 80.5 mA, 450 mV 2.44 mA, 1.95 V 80.5 mA, 537 mV 78 mA, 450 mV What could be the maximum power of the R1 in the simulation from the following

Jun 11, 2022

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A docs.google.com Questions Find the passed current through R2 and the voltage drop on R3 * R43302 R5 R3 >2202 R1 1502 1002 10V 250 R6 1000 78 mA, 1.95 V 35.4 mA, 537 mV 78 mA , 537 mV 80.5 mA, 1.95 V...

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