In the data above, the units for currents is "A" and for voltages is "V". The Ammeter probes have aleast count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. The experimentally thedecimal placement implies the precision employed which relates to the significant figures.1. Report the experimental values ofa. The current through R1b. The current through R2c. The current through R3d. Total current through the circuit2. Report the experimental voltage drop/the voltage difference acrossa. Resistor R1 (Note the voltage drop for R1 =6V-reading on voltmeter 1)b. Resistor R2c. Resistor R33. Using Ohm's law and the values specified in the circuit, calculatea. The equivalent resistance and the total current through the circuitb. The voltage drop/ the voltage difference across the resistor R1c. The voltage drop/the voltage difference across the resistor R2d. The voltage drop/the voltage difference across the resistor R3e. Does the sum of the voltage drop (energy dissipated) across the resistors add up tothe voltage supplied (energy supplied) by the battery?4. Among the two variables (I/ V), which is constant across all the resistorsPage 3 of 7Created by Dr. M. Nigam for Middlesex County College Part1: Resistors connected in series to each otherThe circuit shown below was generated on MapleSIM 2019Voltmeter 1Voltmeter 2Voltmeter 3Ammeter 1Ammeter 2RI=250hmsR3=750hmsR2=500hmsAmmeter 3to6VThe response of this circuit, i.e., the values of the probes measuring voltages and currents wassimulated for a total time of 10s. The simulated data is shown below8 Analysis Window : Simulation ResultsSimulation ResultsProbe PlotsV Stared RemitsAmmeter liAmmeter 2iAmmeter 3Elo Senes Detaset A0.050-0.0500.0500.0450.0450045V VerisblesF0.040-F0.040Findi0.0350.035Manlo Stared Resut Selected0.0300.03000302 36.Pat Windaws: Sers Datan.Veltmeter LvVolmeter 2.vVoltmeter 3v4.5ela robe Metsv Anmeter 1.Ammeter 21Ammeterv vehreter Lvv votneter 2N053.5253.5151010Page 2 of 7Created by Dr. M. Nigam for Middlesex County CollegeAmmeter liAmm eter 2iVehnter 2E PAFE ny

We will only answer the first question since the exact question to be answered was not specified.…

In the data above, the units for currents is "A" and for voltages is "V". The Ammeter probes have a least count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. The experimentally the decimal placement implies the precision employed which relates to the significant figures. 1. Report the experimental values of a. The current through R1 b. The current through R2 c. The current through R3 d. Total current through the circuit

In the data above, the units for currents is "A" and for voltages is "V". The Ammeter probes have a least count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. The experimentally the decimal placement implies the precision employed which relates to the significant figures. 1. Report the experimental values of a. The current through R1 b. The current through R2 c. The current through R3 d. Total current through the circuit

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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Question

In the data above, the units for currents is "A" and for voltages is "V". The Ammeter probes have a
least count of 0.001A or 1mA and the Voltmeters read a least value of 0.1V. The experimentally the
decimal placement implies the precision employed which relates to the significant figures.
1. Report the experimental values of
a. The current through R1
b. The current through R2
c. The current through R3
d. Total current through the circuit
2. Report the experimental voltage drop/the voltage difference across
a. Resistor R1 (Note the voltage drop for R1 =6V-reading on voltmeter 1)
b. Resistor R2
c. Resistor R3
3. Using Ohm's law and the values specified in the circuit, calculate
a. The equivalent resistance and the total current through the circuit
b. The voltage drop/ the voltage difference across the resistor R1
c. The voltage drop/the voltage difference across the resistor R2
d. The voltage drop/the voltage difference across the resistor R3
e. Does the sum of the voltage drop (energy dissipated) across the resistors add up to
the voltage supplied (energy supplied) by the battery?
4. Among the two variables (I/ V), which is constant across all the resistors
Page 3 of 7
Created by Dr. M. Nigam for Middlesex County College

Part1: Resistors connected in series to each other
The circuit shown below was generated on MapleSIM 2019
Voltmeter 1
Voltmeter 2
Voltmeter 3
Ammeter 1
Ammeter 2
RI=250hms
R3=750hms
R2=500hms
Ammeter 3
to
6V
The response of this circuit, i.e., the values of the probes measuring voltages and currents was
simulated for a total time of 10s. The simulated data is shown below
8 Analysis Window : Simulation Results
Simulation Results
Probe Plots
V Stared Remits
Ammeter li
Ammeter 2i
Ammeter 3
Elo Senes Detaset A
0.050-
0.050
0.050
0.045
0.045
0045
V Verisbles
F0.040-
F0.040
Findi
0.035
0.035
Man
lo Stared Resut Selected
0.030
0.030
0030
2 3
6.
Pat Windaws: Sers Datan.
Veltmeter Lv
Volmeter 2.v
Voltmeter 3v
4.5
ela robe Mets
v Anmeter 1.
Ammeter 21
Ammeter
v vehreter Lv
v votneter 2N
05
3.5
25
3.5
15
10
10
Page 2 of 7
Created by Dr. M. Nigam for Middlesex County College
Ammeter li
Amm eter 2i
Vehnter 2
E PA
FE ny

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