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26 Nov 2019
You are given two resistors, an ammeter, a voltmeter, and avoltagesource. By connecting each resistor singly to the voltagesourceand taking voltage difference and current measurements onthesingle resistor, you find the following data for eachresistor:
Resistor Voltage (V) Current (mA) 1 3.92 230.59 2 4.03 16.12
Using this data, first find the resistance of each resistor andthencalculate the following:
(a) The current that would pass throughthenetwork of resistors if they were arranged in series andconnectedto an 8.09 V voltage source.
Iseries = 1
(b) The current through the circuit if the resistors werearrangedin parallel and connected to the same 8.09V source frompart (a).
Iparallel = 2
You are given two resistors, an ammeter, a voltmeter, and avoltagesource. By connecting each resistor singly to the voltagesourceand taking voltage difference and current measurements onthesingle resistor, you find the following data for eachresistor:
| Resistor | Voltage (V) | Current (mA) |
|---|---|---|
| 1 | 3.92 | 230.59 |
| 2 | 4.03 | 16.12 |
Using this data, first find the resistance of each resistor andthencalculate the following:
(a) The current that would pass throughthenetwork of resistors if they were arranged in series andconnectedto an 8.09 V voltage source.
Iseries = 1
(b) The current through the circuit if the resistors werearrangedin parallel and connected to the same 8.09V source frompart (a).
Iparallel = 2
Iseries = 1
(b) The current through the circuit if the resistors werearrangedin parallel and connected to the same 8.09V source frompart (a).
Iparallel = 2
