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F1=100 9 B₂=6 R₂-B,002 WM -2,0a2 1.00=12₂ M E2=26.0V it R₁ = 4.002 What is the power output. of the 200 battery? At what rake is the electrical eningy being converted to other forms in the 10,0V battery 9 Show that power output. of the 26.0V battery equals. the overall rate of disspation. of electrical energy in the rent R₁ = 4.00, R₂= 3,00 R₂6.00, 7=2.00, 121,00 €1=10.00 22 - 1607 The ciruit shown in the figure conte two batteries, each with an emfa an internal resistance, and three resis: Find the current in the cirwit (moprit. and direction) Find the potential differece Vab of soint a with respect to point b. Find the potential difference Voc of point b with respect to pointe what is the total rate at which electrical energy is dissiparte in Ri Rond R. resisters.

F1=100 9 B₂=6 R₂-B,002 WM -2,0a2 1.00=12₂ M E2=26.0V it R₁ = 4.002 What is the power output. of the 200 battery? At what rake is the electrical eningy being converted to other forms in the 10,0V battery 9 Show that power output. of the 26.0V battery equals. the overall rate of disspation. of electrical energy in the rent R₁ = 4.00, R₂= 3,00 R₂6.00, 7=2.00, 121,00 €1=10.00 22 - 1607 The ciruit shown in the figure conte two batteries, each with an emfa an internal resistance, and three resis: Find the current in the cirwit (moprit. and direction) Find the potential differece Vab of soint a with respect to point b. Find the potential difference Voc of point b with respect to pointe what is the total rate at which electrical energy is dissiparte in Ri Rond R. resisters.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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F1=1282 9 -2,0a2 ₂= R₂-3,00 M th 1.00=12₂ €2=26.0V R₁ = 4.002 What is the power output. of the 200 battery? At what rake is the electrical eningy being converted to other forms in the 10,0V battery 9 show that power output of the 26.0V battery equals. the overall rate of dissipation. of electrical energy in the rent A the R₁ = 4.00, R₂= 3,00 R₂ = 6,00, 7=2,00√2, 121,00 €1=10,00 22 - 1607 The cirwit shown in the figure contains. two batteries, each with an emf and an internal resistance, and three resistors, Find the current in the cirwit (mopnitude and direction) Find the potential differece Vab of soint a with respect to point b. Find the potential difference Voc of point b with respect to pointe what is the total rate at which electrical energy is dissipate in R₁, Rond R. resisters.
Transcribed Image Text:F1=1282 9 -2,0a2 ₂= R₂-3,00 M th 1.00=12₂ €2=26.0V R₁ = 4.002 What is the power output. of the 200 battery? At what rake is the electrical eningy being converted to other forms in the 10,0V battery 9 show that power output of the 26.0V battery equals. the overall rate of dissipation. of electrical energy in the rent A the R₁ = 4.00, R₂= 3,00 R₂ = 6,00, 7=2,00√2, 121,00 €1=10,00 22 - 1607 The cirwit shown in the figure contains. two batteries, each with an emf and an internal resistance, and three resistors, Find the current in the cirwit (mopnitude and direction) Find the potential differece Vab of soint a with respect to point b. Find the potential difference Voc of point b with respect to pointe what is the total rate at which electrical energy is dissipate in R₁, Rond R. resisters.
Expert Solution
Step 1

Resistance opposes the flow of current.

The unit of resistance is ohm.

Resistance is depend on length , area, temperature and type of material.

Resistance dissipate energy in form of heat.

 

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