This is about power dissipation.

AI Thread Summary
The discussion focuses on calculating power dissipation in a circuit after determining the voltage and current values. The user successfully calculated the voltage (26.57V) and current (1.171A) using the equation Vab + E - Ir. To find the power dissipated, it is suggested to analyze the voltage across the parallel resistors and calculate the power for each resistor separately. The conversation emphasizes the importance of understanding the current divider principle in this context.
raoulduke1
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i got part (a) by using the equation Vab + E - Ir
Which gives 26.57V (also the current = 1.171A)
Having trouble getting the power dissipated, any ideas?
 

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raoulduke1 said:
i got part (a) by using the equation Vab + E - Ir
Which gives 26.57V (also the current = 1.171A)
Having trouble getting the power dissipated, any ideas?

Welcome to the PF.

You just have a current divider with those two parallel resistors. Find the voltage across the parallel combination of those two resistors, and use that voltage independently to calculate the power dissipated in each resistor.
 
Thanks man, its good be here!
 
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