The following network is given: R Igl R R R D R Uq1 Figure 3.33 Multi-source...

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The following network is given: R Igl R R R D↓ R Uq1 Figure 3.33 Multi-source network I₁ R R 192 Calculate the current I. Proceed as follows: 1. Divide the network into two subnetworks along line 1-1. Ug2 Given: R = 100 Uq1= 20V Ug2= 20 V Iq1 = 10 A lq2=10A 2. Determine the corresponding equivalent voltage source with source voltage and internal resistance for each of the two sub- networks. 3. Connect the two replacement two-pole poles together and determine 1₁. 4. Check your result using the original circuit. The following network is given: R Igl R R R D↓ R Uq1 Figure 3.33 Multi-source network I₁ R R 192 Calculate the current I. Proceed as follows: 1. Divide the network into two subnetworks along line 1-1. Ug2 Given: R = 100 Uq1= 20V Ug2= 20 V Iq1 = 10 A lq2=10A 2. Determine the corresponding equivalent voltage source with source voltage and internal resistance for each of the two sub- networks. 3. Connect the two replacement two-pole poles together and determine 1₁. 4. Check your result using the original circuit.

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To calculate the current I in the given multisource network we can follow the steps provided 1 Divid... View the full answer