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9:49 I O 種78%画 4GË Tap circuit element to edit. PKET : Circuit Construction Kit: DC Lab So, we have three lightbulbs (resistors) all in a series where the current only has 1 path to follow. The 15 volts of potential energy supplied by the battery will divide among the 3 lightbulbs. However, will it divide evenly? Question: Do you think the 15 volts of potential energy (per Coulomb) supplied by the battery will divide evenly at a 5 volt drop at each of the lightbulbs? Why or Why not? Let's solve the problem mathematically before we close the switch and measure the current and voltage at each resistor. The strategy to solving these problems is to combine all the resistors into 1 total resistor using the equation above. Then use Ohm's law to determine a current, then analyze each resistor with the now known current to determine the voltage drop at each individual lightbulb (resistor). Step 1: Calculate the total resistance of the

9:49 I O 種78%画 4GË Tap circuit element to edit. PKET : Circuit Construction Kit: DC Lab So, we have three lightbulbs (resistors) all in a series where the current only has 1 path to follow. The 15 volts of potential energy supplied by the battery will divide among the 3 lightbulbs. However, will it divide evenly? Question: Do you think the 15 volts of potential energy (per Coulomb) supplied by the battery will divide evenly at a 5 volt drop at each of the lightbulbs? Why or Why not? Let's solve the problem mathematically before we close the switch and measure the current and voltage at each resistor. The strategy to solving these problems is to combine all the resistors into 1 total resistor using the equation above. Then use Ohm's law to determine a current, then analyze each resistor with the now known current to determine the voltage drop at each individual lightbulb (resistor). Step 1: Calculate the total resistance of the

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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9:49 I O 種78%画 4GË Tap circuit element to edit. PKET : Circuit Construction Kit: DC Lab So, we have three lightbulbs (resistors) all in a series where the current only has 1 path to follow. The 15 volts of potential energy supplied by the battery will divide among the 3 lightbulbs. However, will it divide evenly? Question: Do you think the 15 volts of potential energy (per Coulomb) supplied by the battery will divide evenly at a 5 volt drop at each of the lightbulbs? Why or Why not? Let's solve the problem mathematically before we close the switch and measure the current and voltage at each resistor. The strategy to solving these problems is to combine all the resistors into 1 total resistor using the equation above. Then use Ohm's law to determine a current, then analyze each resistor with the now known current to determine the voltage drop at each individual lightbulb (resistor). Step 1: Calculate the total resistance of the
Transcribed Image Text:9:49 I O 種78%画 4GË Tap circuit element to edit. PKET : Circuit Construction Kit: DC Lab So, we have three lightbulbs (resistors) all in a series where the current only has 1 path to follow. The 15 volts of potential energy supplied by the battery will divide among the 3 lightbulbs. However, will it divide evenly? Question: Do you think the 15 volts of potential energy (per Coulomb) supplied by the battery will divide evenly at a 5 volt drop at each of the lightbulbs? Why or Why not? Let's solve the problem mathematically before we close the switch and measure the current and voltage at each resistor. The strategy to solving these problems is to combine all the resistors into 1 total resistor using the equation above. Then use Ohm's law to determine a current, then analyze each resistor with the now known current to determine the voltage drop at each individual lightbulb (resistor). Step 1: Calculate the total resistance of the
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