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For the network of Fig. (a), determine the current I.
Determine the voltage V for the network of Fig. (a).
From the plot, determine the value of R resulting in maximum power to R and the maximum power to R.
Determine the range of resisGLO tance by trial and error rather than first performing a longhand calculation.
Using superposition, find the current through each resistor of the network of Fig.
Find the Thevenin equivalent circuit for the network external to the resistor R in each of the networks of Fig.
Find the Thevenin equivalent circuit for that portion of the network to the left of the base (B) terminal.
Determine the maximum power to R for each network.
Find the magnitude and polarity of the voltage across each resistor.
Write the mesh equations using the format approach.
Write the nodal equations using the format approach.
Determine the current through the source resistor Rs of each network of Fig. using either mesh or nodal analysis.
Using a ?-Y or Y -? conversion, find the current I in each of the networks of Figure.
Write a program to solve for both mesh currents of the network of Figure.
Write a program to solve for the nodal voltages of the network of Figure.
How would you compare the application of mesh analysis to the branch current method?
Write the mesh equations for each of the networks of Fig. , and, using determinants, solve for the loop currents in each network.
Using the format approach, write the mesh equations for the networks of Figure.
Determine the magnitude and direction of the current through each resistor.
Rewrite the equations in a format that can be solved using third-order determinants.
Determine the magnitude and polarity of the voltage across each resistor.
For the networks of Figure, write the nodal equations and solve for the nodal voltages.
Determine the nodal voltages for the networks of Fig. Find the voltage across each current source.