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I put more pictures just in case something would be missing but it’s only for circuit 1
Please help me. I need to demonstrate calculations for only circuit #1 for these questions above Calculate R(1total) using Ohm's law (Rtot=E/l) Calculate the equivalent resistance (Requ) between points X and Y Check the Kirchoff voltage law. If there is more than one mesh, check at least two of the three meshes Check the law of knots at point A of circuit #3 and #4 Thank you so much V.(V) R(0) L(mA) 1(mA) 3.05 V.(V) 3.04 3.003 3.0 5.0 1500 1000 342 341 5.14 V.(V) R. (0) R.(0) L(mA) mA) (mA) V.(V) v(V) V:(V) 349 3.50 3.520 3513 7.0 1000 1000 331 331 664 25 3.325 3.32 10.0 2000 1000 3 V(V) R (0) R (0) 1(mA) 1(mA) (mA) V(V) V:(V) 499 5.02 10.03 5.01 5.02 5.0 1000 1000 15.72 523 10.45 10.49 10.45 10.0 2000 1000 R, (0) 1(mA) 1(mA) L(mA) V.(V) V:(V) v. (V) 13.20 14 V.(V) R (0) R(0) 17.6 667 661 4.43 15 500 1500 500 Circut1 Circut 2 Circuit #3
Transcribed Image Text:Please help me. I need to demonstrate calculations for only circuit #1 for these questions above Calculate R(1total) using Ohm's law (Rtot=E/l) Calculate the equivalent resistance (Requ) between points X and Y Check the Kirchoff voltage law. If there is more than one mesh, check at least two of the three meshes Check the law of knots at point A of circuit #3 and #4 Thank you so much V.(V) R(0) L(mA) 1(mA) 3.05 V.(V) 3.04 3.003 3.0 5.0 1500 1000 342 341 5.14 V.(V) R. (0) R.(0) L(mA) mA) (mA) V.(V) v(V) V:(V) 349 3.50 3.520 3513 7.0 1000 1000 331 331 664 25 3.325 3.32 10.0 2000 1000 3 V(V) R (0) R (0) 1(mA) 1(mA) (mA) V(V) V:(V) 499 5.02 10.03 5.01 5.02 5.0 1000 1000 15.72 523 10.45 10.49 10.45 10.0 2000 1000 R, (0) 1(mA) 1(mA) L(mA) V.(V) V:(V) v. (V) 13.20 14 V.(V) R (0) R(0) 17.6 667 661 4.43 15 500 1500 500 Circut1 Circut 2 Circuit #3
Circuit # 4 auy noints X-Y pour to Kirchhoff meshes law Circuit #1 Rotal Requ Mesh 1 Try 1 Mesh 1 = Try 2 Mesh 1= Kirchhoff meshes law Mesh 1 Circuit #2 Rtal Regu Try 1 Mesh 1= Try 2 Mesh 1= Kirchhoff Law of nodes current coming out of Law of nodes Kirchhoff Kirchhoff meshes law Mesh 2 Kirchhoff Law of knots current entering A meshes Kirchhoff law Mesh 1 Circuit #3 Rotal Requ difference Try 1 Mesh 1= Mesh 2 = Try 2 Mesh 1= Mesh 2 = Kirchhoff Law of nodes Kirchhoff Kirchhoff meshes law Mesh 1 Kirchhoff Law of knots current entering A meshes Kirchhoff law Mesh 2 current coming out of Law of nodes A Circuit #4 Ro Regu difference Try 1 Mesh 1 = Mesh 2 =
Transcribed Image Text:Circuit # 4 auy noints X-Y pour to Kirchhoff meshes law Circuit #1 Rotal Requ Mesh 1 Try 1 Mesh 1 = Try 2 Mesh 1= Kirchhoff meshes law Mesh 1 Circuit #2 Rtal Regu Try 1 Mesh 1= Try 2 Mesh 1= Kirchhoff Law of nodes current coming out of Law of nodes Kirchhoff Kirchhoff meshes law Mesh 2 Kirchhoff Law of knots current entering A meshes Kirchhoff law Mesh 1 Circuit #3 Rotal Requ difference Try 1 Mesh 1= Mesh 2 = Try 2 Mesh 1= Mesh 2 = Kirchhoff Law of nodes Kirchhoff Kirchhoff meshes law Mesh 1 Kirchhoff Law of knots current entering A meshes Kirchhoff law Mesh 2 current coming out of Law of nodes A Circuit #4 Ro Regu difference Try 1 Mesh 1 = Mesh 2 =
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