Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
Real Analog - Circuits 1 Chapter 2: Homework Chapter 2 Homework: 2.1 For the circuit shown, find the voltage vab and the power (generated or absorbed) by the 20V source. 10 W 1W + - 10 V + - 20 V 16 W a 12 W 20 W b 2.2 For the circuit shown, find Req (the equivalent resistance “seen” by the source) and the current out of the source. 4W 4W 6W 25 V 15W + - 24W 3W 6W Req 2.3 For the circuit shown, find Req (the equivalent resistance “seen” by the source) and the current I4. 2W 1W I4 4W 2A 2W 1W Req 2.4 For the circuit below, determine the current i3. © 2012 Digilent, Inc. 1 Real Analog – Circuits 1 Chapter 2: Homework 10 W 1W i3 2W 1A 3W 2A 4W 2.5 Find Vab and V1 in the circuit below. 10 kW + 12V V1 b 12 kW - + - 2 kW a 2.6 Determine the voltage V1 in the circuit below. 3W + V1 1W 6A 2W - © 2012 Digilent, Inc. 2 Real Analog – Circuits 1 Chapter 2: Homework 2.7 For the circuit shown, find: a) Req (the equivalent resistance "seen" by the source) b) the power generated by the source c) The current through the 4W resistor 3W 2W 6W 30V + - 6W 4W 1W Req 2.8 For the circuit shown, find: a) Req (the equivalent resistance "seen" by the source) b) the current delivered by the source c) The voltage difference across the 3W resistor. d) The voltage difference across the 2W resistor. 6W 5W 30V 2W + - 12W 3W 6W Req © 2012 Digilent, Inc. 3 Real Analog – Circuits 1 Chapter 2: Homework 2.9 Determine the value of the resistance R which makes the current I = 2mA. I 2kW 5mA R 2.10 Determine the value of the source voltage VS which makes the voltage V1 = 2V. 3W + V1 1W VS + - 2W - © 2012 Digilent, Inc. 4