Given that Vs1 = 8.1 V, Vs2 = 18.5 V, Is = 3.8 A, R1 = 10 Ohm, R2 = 18 Ohm and R3 = 37.2 Ohm, transform the circuit into the equivalent Thevenin source with respect to terminals a and b. Use any technique of your choice (nodal, mesh analysis etc.) to obtain the Thevenin equivalent of the circuit. 1) What is the equivalent Thevenin voltage for the circuit?(Unit: V)2) What is the equivalent Thevenin resistance for the circuit? (Unit: Ohm) 3) What is the resistance of the matching load for this circuit? (Unit: Ohm) 4) What is the power delivered into the matching load for this circuit? (Unit: W)

48 8 - Given that Vs1 = 8.1 V, Vs2 = 18.5 V, Is = 3.8 A, R1 = 10 Ohm, R2 = 18 Ohm and R3 = 37.2 Ohm, transform the circuit into the equivalent Thevenin source with respect to terminals a and b. Use any technique of your choice (nodal, mesh analysis etc.) to obtain the Thevenin equivalent of the circuit. 1) What is the equivalent Thevenin voltage for the circuit?(Unit: V)2) What is the equivalent Thevenin resistance for the circuit? (Unit: Ohm) 3) What is the resistance of the matching load for this circuit? (Unit: Ohm) 4) What is the power delivered into the matching load for this circuit? (Unit: W)

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images - Given that Vs1 = 8.1 V, Vs2 = 18.5 V, Is = 3.8 A, R1 = 10 Ohm, R2 = 18 Ohm and R3 = 37.2 Ohm, transform the circuit into the equivalent Thevenin source with respect to terminals a and b. Use any technique of your choice (nodal, mesh analysis etc.) to obtain the Thevenin equivalent of the circuit. 1) What is the equivalent Thevenin voltage for the circuit?(Unit: V)2) What is the equivalent Thevenin resistance for the circuit? (Unit: Ohm) 3) What is the resistance of the matching load for this circuit? (Unit: Ohm) 4) What is the power delivered into the matching load for this circuit? (Unit: W)

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