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Real Analog - Circuits 1 Chapter 3: Homework Chapter 3 Homework: For the circuit shown, use nodal analysis to determine the current through the 10 resistor. 10 V 5 - 5V 3.2 + - 10 3A Find the current I in the circuit below using nodal analysis. 2 k 3V 3.3 + 3.1 2 k I 2 k + - 2 k 1 mA Use nodal analysis to determine the voltage Vx in the circuit below. 2 k 4 mA 6 k 4 k Vx + 3 k © 2012 Digilent, Inc. + - 12 V 1 Real Analog – Circuits 1 Chapter 3: Homework 3.4 For the circuit shown, find the current I using mesh analysis. 10 5 2A 10 10 + - 10V I 3.5 Use mesh analysis to find the voltage V0 in the circuit below. 2 k 4 k + 6V + - 2 k 2 k V0 - 3.6 Find v, the voltage across the 4k resistor, in the circuit below using both mesh and nodal analysis. 2 k 2 mA + 2 k 4 k 12 V + - 2 k © 2012 Digilent, Inc. v - 2 Real Analog – Circuits 1 Chapter 3: Homework 3.7 Using mesh analysis, write a set of equations from which you can find V. It is not necessary to simplify or solve the equations for V. Clearly show all variable definitions and sign conventions. 1 3 + V - 2A 3 - 6V Using nodal analysis, write a set of equations from which you can find I, the current through the 4 resistor. It is not necessary to simplify or solve the equations for I. Clearly show all variable definitions and sign conventions. - 3 12V + 3.8 + - + 12V 6 2 I 2A 3 4 © 2012 Digilent, Inc. 3 Real Analog – Circuits 1 Chapter 3: Homework 3.9 Using mesh analysis, write a set of equations from which you can find V. It is not necessary to simplify or solve the equations for V. Clearly show all variable definitions and sign conventions. 3 2 12V 5 V - 2A + + - 4 6 3.10 Using nodal analysis, write a set of equations from which you can find I, the current through the 5 resistor. It is not necessary to simplify or solve the equations for I. Clearly show all variable definitions and sign conventions. 2A I 1 2 2 5 10V + - 3 © 2012 Digilent, Inc. 4 Real Analog – Circuits 1 Chapter 3: Homework 3.11 For the circuit shown, find V0. 2 + V0 - 6 12 6A 6 3.12 For the circuit shown, find I0. I0 32V 2 + 2 4 © 2012 Digilent, Inc. - 6 5