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T00 battenes and Power supply Source Resistance Pre-Lab Tobi Adeyemi Z1869980 Name Power Supply Side VL VL = Vs - VRs Is flows VRs = Is * Rs Vs RL Closed Circuit GRD Load Side By using these equations below you can derive an equation for calculating Rs based on measuring Vs and VL and knowing RL: Is = IRL = VL/RL VRs = Vs - V VRs = Is * Rs 1) Derive an equation for Rs using the equations above to assist you. Show all your steps. 2 pts 2) Test your equation with these settings Vs=5V, VRL = 4.5V, RL = 10 ohm. Your answer should be Rs = 1.111 ohms. If you did not get the right answer go back and refigure your equation above until you do get it. 2 pts

T00 battenes and Power supply Source Resistance Pre-Lab Tobi Adeyemi Z1869980 Name Power Supply Side VL VL = Vs - VRs Is flows VRs = Is * Rs Vs RL Closed Circuit GRD Load Side By using these equations below you can derive an equation for calculating Rs based on measuring Vs and VL and knowing RL: Is = IRL = VL/RL VRs = Vs - V VRs = Is * Rs 1) Derive an equation for Rs using the equations above to assist you. Show all your steps. 2 pts 2) Test your equation with these settings Vs=5V, VRL = 4.5V, RL = 10 ohm. Your answer should be Rs = 1.111 ohms. If you did not get the right answer go back and refigure your equation above until you do get it. 2 pts

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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and Power Supply Source Resistance Pre-Lab Name Tobi Adeyemi Z1869980 Power Supply Side VL VL = Vs - VRs Is flows VRs = Is Rs Vs RL Closed Circuit GRD Load Side By using these equations below you can derive an equation for calculating Rs based on measuring Vs and VL and knowing RL: Is = IRL = VL/RL VRs = Vs - V VRs = Is * Rs 1) Derive an equation for Rs using the equations above to assist you. Show all your steps. 2 pts 2) Test your equation with these settings Vs=5V, VRL = 4.5V, RL = 10 ohm. Your answer should be Rs = 1.111 ohms. If you did not get the right answer go back and refigure your equation above until you do get it. 2 pts
Transcribed Image Text:and Power Supply Source Resistance Pre-Lab Name Tobi Adeyemi Z1869980 Power Supply Side VL VL = Vs - VRs Is flows VRs = Is Rs Vs RL Closed Circuit GRD Load Side By using these equations below you can derive an equation for calculating Rs based on measuring Vs and VL and knowing RL: Is = IRL = VL/RL VRs = Vs - V VRs = Is * Rs 1) Derive an equation for Rs using the equations above to assist you. Show all your steps. 2 pts 2) Test your equation with these settings Vs=5V, VRL = 4.5V, RL = 10 ohm. Your answer should be Rs = 1.111 ohms. If you did not get the right answer go back and refigure your equation above until you do get it. 2 pts
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