Question

Calculate the power delivered to the 1.00-? resistor in the shown circuit below. a. 2.18 W b. 4.65 W c. 1.33 W d. 2.50 W e. 5.00 W The correct answer is: 1.33 W 

          Calculate the power delivered to the 1.00-? resistor in the shown circuit below.
a. 2.18 W
b. 4.65 W
c. 1.33 W
d. 2.50 W
e. 5.00 W
The correct answer is: 1.33 W
Calculate the power delivered to the 1.00-? resistor in the shown circuit below. a. 2.18 W b. 4.65 W c. 1.33 W d. 2.50 W e. 5.00 W The correct answer is: 1.33 W

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Transcript

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00:01 Here in this given problem this is the mixed grouping of the resistors.
00:04 The first one the upper one this is 2 .00 ohm then the two resistors are in parallel 3 .00 ohm and this 1 .00 ohm these two are in parallel and then the fourth one this is 4 .00 ohm and the battery providing a voltage 18 .0 volt.
00:31 First of all these two parallel resistors will be having a net value of 3 multiplied by 1 divided by 3 plus 1 means this is 3 by 4 ohm or we can say this is 0 .75 ohm.
00:48 Now this parallel combination is in series with 2 and 4.
00:53 So equivalent resistance now that will be given by 2 .00 plus 0 .75 for parallel combination plus 4 .00 ohm and it comes out to be equal to 6 .75 ohm...
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