Question: For the resistive network below in which all currents flowing at nodes A, B, C and D are defined as shown: a) Apply Kirchhoff's Current
For the resistive network below in which all currents flowing at nodes A, B, C and D are defined as shown:
a) Apply Kirchhoff's Current Law at Node A and Node B to find the respective expressions for I; and Is in terms of 12, 13 and 14.
b) Use the results in a) above, establish the following simultaneous equations by mesh current analysis (show the meshes with proper diagrams):

c) Hence, by solving the above equations, determine all the currents (I, to 16) as indicated on the diagram.
13 15 30 B 10 Is A C Is 13V 20V 202 10 D E.
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