A circuit is shown with multiple batteries and multiple resistors and a single capacitor on the...

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A circuit is shown with multiple batteries and multiple resistors and a single capacitor on the far left side between points & and h. The potential differences of the three batteries are AV₁ = 6 V, AV₂ = 9.3 V, and AV₂ = 3 V. Assume that the circuit has been connected and running for a VERY LONG TIME already. a. How much current flows through the 3 V battery? Explain how you know. 3,00 V. 6.00 μF I-0 g 5.00 2 www b. Write the appropriate Kirchhoff's equation for the middle loop, bcfgb. c. Write the appropriate Kirchhoff's equation for the right loop, cdefc. d. Write the appropriate Kirchhoff's Rule equation for the junction c. 5.00 1 3.00 (2 e. Show that the current flowing through the AV₂ = 9.3 V battery is 1.68 A by solving for each algebraically using the system of equations you devise above. A circuit is shown with multiple batteries and multiple resistors and a single capacitor on the far left side between points & and h. The potential differences of the three batteries are AV₁ = 6 V, AV₂ = 9.3 V, and AV₂ = 3 V. Assume that the circuit has been connected and running for a VERY LONG TIME already. a. How much current flows through the 3 V battery? Explain how you know. 3,00 V. 6.00 μF I-0 g 5.00 2 www b. Write the appropriate Kirchhoff's equation for the middle loop, bcfgb. c. Write the appropriate Kirchhoff's equation for the right loop, cdefc. d. Write the appropriate Kirchhoff's Rule equation for the junction c. 5.00 1 3.00 (2 e. Show that the current flowing through the AV₂ = 9.3 V battery is 1.68 A by solving for each algebraically using the system of equations you devise above.

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Determine the behaviour of the capacitor after the circuit has been running for a very long time Aft... View the full answer