Question

Find the requested quantities for the circuit. We used the mesh-current method to identify the meshes. We then identified the mesh currents and wrote a KVL equation for each mesh and a constraint equation for the dependent source that defines its controlling variable in terms of the mesh currents. We solved these equations simultaneously for the unknown mesh currents and constrained current, and we checked the solution by verifying that the power in the circuit balances Now use the mesh-current values to calculate the voltage v0 and the total power generated in the circuit. Enter your answers directly on the figure.

Answer 1

Step-by-step explanation:

The image that is supposed to be attached to the question is displayed in the diagram below.

Applying Nodal Analysis at node 1;

`(V_o -50)/(12.5*10^(-3)) + (V_o)/(50*10^3)+(V_o-7500 \ in)/(10*10^3)=0`

where;

`in = (V_o)/(50*10^3)` (from the circuit)

=
`(V_o-50)/(12.5)+(V_o)/(50) + V_o -(7500 *V_o )/((50*10^3)/(10))=0`

=
`V_o [ (1)/(12.5)+(1)/(50)+(1)/(10)-(75)/(500)] = (50)/(12.5)`

=
`V_o[ (500*500+12.5*5000+12.5*5000*5-75*12.5*500)/(12.5*50*10*500)]= (50)/(12.5)`

=
`V_o = 80 \ volts`

`in = (80)/(50*10^3)= 1.6 mA \\ \\ 7500*in = 120 volts \\ \\ I = (120-80)/(10(10^3) =4*10^(-3) Amps \\ \\ \\ \\ P_(generated) = 75000*in*I \\ \\ P_(generated) = 120*4*10^(-3) \\ \\ P_(generated) = 480 \ MW`