Part I: Introduction Try different setups - building various types of circuits, check meters and observe what they do. Build a simple circuit as shown below (the view is switched to a classical circuit): #141 Crout Construction KDC 16 A Valige ROOV 100 PHET! Try using voltmeter to measure voltage for different points in the circuit, use ammeter to current at different points in the circuit, click on the battery and increase/decrease the voltage, increase and decrease resistance of the resistor and observe meter readings. Do you expect this behavior from Ohm's law?

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Part I: Introduction
Try different setups - building various types of circuits, check meters and observe what they do.
Build a simple circuit as shown below (the view is switched to a classical circuit):
#41
Light Buk
Circuit Construction Kit DC
Current
0.08 A
Volge
9.00 V
OV
O
10.
PHET!
Try using voltmeter to measure voltage for different points in the circuit, use ammeter to current at
different points in the circuit, click on the battery and increase/decrease the voltage, increase and
decrease resistance of the resistor and observe meter readings. Do you expect this behavior from
Ohm's law?
Transcribed Image Text:Part I: Introduction Try different setups - building various types of circuits, check meters and observe what they do. Build a simple circuit as shown below (the view is switched to a classical circuit): #41 Light Buk Circuit Construction Kit DC Current 0.08 A Volge 9.00 V OV O 10. PHET! Try using voltmeter to measure voltage for different points in the circuit, use ammeter to current at different points in the circuit, click on the battery and increase/decrease the voltage, increase and decrease resistance of the resistor and observe meter readings. Do you expect this behavior from Ohm's law?
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