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| electrical_engineering_1:aufgabe_2.7.8_mit_rechnung [2023/03/19 19:01] – mexleadmin | electrical_engineering_1:aufgabe_2.7.8_mit_rechnung [2023/03/19 19:04] (aktuell) – mexleadmin |
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| $R_3=20 ~\Omega$\\ | $R_3=20 ~\Omega$\\ |
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| 1. determine the equivalent resistance $R_{\rm eq}$ between A and B by summing the resistances. | 1. Determine the equivalent resistance $R_{\rm eq}$ between A and B by summing the resistances. |
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| <button size="xs" type="link" collapse="Solution_2_7_8_1_Tips">{{icon>eye}} Tips for solving</button><collapse id="Solution_2_7_8_1_Tips" collapsed="true"> | <button size="xs" type="link" collapse="Solution_2_7_8_1_Tips">{{icon>eye}} Tips for solving</button><collapse id="Solution_2_7_8_1_Tips" collapsed="true"> |
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| 2. now let the voltage from A to B be: $U_{AB}=U_0= 20 ~\rm V$. What is the current $I$? | 2. Now let the voltage from A to B be: $U_{AB}=U_0= 20 ~\rm V$. What is the current $I$? |
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| <button size="xs" type="link" collapse="Solution_2_7_8_2_Solution_Path">{{icon>eye}} Solution</button><collapse id="Solution_2_7_8_2_Solution_Path" collapsed="true"> | <button size="xs" type="link" collapse="Solution_2_7_8_2_Solution_Path">{{icon>eye}} Solution</button><collapse id="Solution_2_7_8_2_Solution_Path" collapsed="true"> |