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Shamtam
Shamtam
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For a series RLC network, think about what the circuit looks like at DC steady state. WhenAfter the switch closes, current will start to flow through all the components. However, eventually the capacitor will charge fully.

At this point, what does the capacitor look like? What does this say about the current in the circuit? How do these descriptions relate to your initial and final conditions?

For a series RLC network, think about what the circuit looks like at DC steady state. When the switch closes, current will flow through all the components. However, eventually the capacitor will charge fully.

At this point, what does the capacitor look like? What does this say about the current in the circuit? How do these descriptions relate to your initial and final conditions?

For a series RLC network, think about what the circuit looks like at DC steady state. After the switch closes, current will start to flow through all the components. However, eventually the capacitor will charge fully.

At this point, what does the capacitor look like? What does this say about the current in the circuit? How do these descriptions relate to your initial and final conditions?

Source Link
Shamtam
Shamtam
  • 3.6k
  • 21
  • 27

For a series RLC network, think about what the circuit looks like at DC steady state. When the switch closes, current will flow through all the components. However, eventually the capacitor will charge fully.

At this point, what does the capacitor look like? What does this say about the current in the circuit? How do these descriptions relate to your initial and final conditions?