Three capacitors are connected as shown, with C = 12.5 nF, 75 nF. C = 100...

Transcribed Image Text:

Three capacitors are connected as shown, with C = 12.5 nF, 75 nF. C = 100 nF, and C3 1. Is there a sub-set of the capacitors that could be considered V entirely in series or entirely in parallel? If so, find the equivalent capacitance of that set and re-draw the circuit by replacing that sub-set with a single equivalent capacitor. 2. What is the combined capacitance of the network? Three capacitors are connected as shown, with C = 12.5 nF, 75 nF. C = 100 nF, and C3 1. Is there a sub-set of the capacitors that could be considered V entirely in series or entirely in parallel? If so, find the equivalent capacitance of that set and re-draw the circuit by replacing that sub-set with a single equivalent capacitor. 2. What is the combined capacitance of the network?