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2. Report the experimental voltage drop/the voltage difference across a. Resistor R1 b. Resistor R2 C. Resistor R3 3. Using Ohm's law and the values specified in the circuit, calculate The equivalent resistance and the total current through the circuit a. b. The current across the resistor R1 C. The current across the resistor R2

2. Report the experimental voltage drop/the voltage difference across a. Resistor R1 b. Resistor R2 C. Resistor R3 3. Using Ohm's law and the values specified in the circuit, calculate The equivalent resistance and the total current through the circuit a. b. The current across the resistor R1 C. The current across the resistor R2

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Part2: Resistors connected parallel to each other The circuit shown below was generated on MapleSIM 2019 Ammeter 1 RI=25Ohms Voltmeter 1 Ammeter 2 R2=500hms Ammeter 3 R3=75Ohms Voltmeter 2 V. Ammeter Total 6V The simulated data is shown below, currents are in Amperes and voltages in Volts K Analysis Vindow: Simulation Reauts Simulation Results Probe Plots Slored teks Ammeter Li Ammeter 21 Ammeter 3. HA Paralel DatsotA tet 0.255 0.135 0210- 010 0.080 0245- 0125 0.085 Variacies: Parale Dataset . 0240 0.120 0.080 0.235 0.115 Mein Ammeter 1 Ammeter 2 Ammeter Ammetar Totar D'Voltmster 1 0.075 0,230- 0.110 0 225- 44 46 48 SU 52 54 16 0 105 4. 45 354 43 5 15 6 65 1.5 in 6. 65 V Flot Wndows: Perelel Datn Ammeter Total Voltmeter 1.v Volmeter 2v 7.5 Ammeter 1. mmeter 2.1 D Amete 3.1 Amater Tatl. okmettr 0410 0.5 0445- Vlmat 2.N 5.5 20440 0.435 5.5 0430- 45 47 48 49 50 SL 52 5.5 10
Transcribed Image Text:Part2: Resistors connected parallel to each other The circuit shown below was generated on MapleSIM 2019 Ammeter 1 RI=25Ohms Voltmeter 1 Ammeter 2 R2=500hms Ammeter 3 R3=75Ohms Voltmeter 2 V. Ammeter Total 6V The simulated data is shown below, currents are in Amperes and voltages in Volts K Analysis Vindow: Simulation Reauts Simulation Results Probe Plots Slored teks Ammeter Li Ammeter 21 Ammeter 3. HA Paralel DatsotA tet 0.255 0.135 0210- 010 0.080 0245- 0125 0.085 Variacies: Parale Dataset . 0240 0.120 0.080 0.235 0.115 Mein Ammeter 1 Ammeter 2 Ammeter Ammetar Totar D'Voltmster 1 0.075 0,230- 0.110 0 225- 44 46 48 SU 52 54 16 0 105 4. 45 354 43 5 15 6 65 1.5 in 6. 65 V Flot Wndows: Perelel Datn Ammeter Total Voltmeter 1.v Volmeter 2v 7.5 Ammeter 1. mmeter 2.1 D Amete 3.1 Amater Tatl. okmettr 0410 0.5 0445- Vlmat 2.N 5.5 20440 0.435 5.5 0430- 45 47 48 49 50 SL 52 5.5 10
Ammeter probes have a least count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. Again, experimentally the decimal placement implies the precision employed. 1. Report the experimental values (Use proper sig figs) of a. The current through R1 b. The current through R2 C. The current through R3 d. Total current through the circuit e. Does the sum of all the currents add up to the total current in the circuit? 2. Report the experimental voltage drop/ the voltage difference across a. Resistor R1 b. Resistor R2 C. Resistor R3 3. Using Ohm's law and the values specified in the circuit, calculate The equivalent resistance and the total current through the circuit a. b. The current across the resistor R1 C. The current across the resistor R2 d. The current across the resistor R3 4. Among the two variables (I/ V), which is constant across all the resistors
Transcribed Image Text:Ammeter probes have a least count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. Again, experimentally the decimal placement implies the precision employed. 1. Report the experimental values (Use proper sig figs) of a. The current through R1 b. The current through R2 C. The current through R3 d. Total current through the circuit e. Does the sum of all the currents add up to the total current in the circuit? 2. Report the experimental voltage drop/ the voltage difference across a. Resistor R1 b. Resistor R2 C. Resistor R3 3. Using Ohm's law and the values specified in the circuit, calculate The equivalent resistance and the total current through the circuit a. b. The current across the resistor R1 C. The current across the resistor R2 d. The current across the resistor R3 4. Among the two variables (I/ V), which is constant across all the resistors
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