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# 5) Let vc(t) across the capacitor; R the resistance; C the capacitance, and V(t) the voltage supplied by the voltage source. See the figure below. dvc We get RC +vc...

## Question

###### 5) Let vc(t) across the capacitor; R the resistance; C the capacitance, and V(t) the voltage supplied by the voltage source. See the figure below. dvc We get RC +vc = Vt) dt R 20 4v F Suppose the voltage source, V(t) = 4 and the Initial voltage across the capacitor vc(0) = 6 With quantities R = 2 and C = 1 we get the Initial value problem. dvc 2 +Vc =4 dt Vc(0) = 6 (Note: These numbers are probably unrealistic. However; we want to get the idea of how to solve these types of problems) Find the vo

5) Let vc(t) across the capacitor; R the resistance; C the capacitance, and V(t) the voltage supplied by the voltage source. See the figure below. dvc We get RC +vc = Vt) dt R 20 4v F Suppose the voltage source, V(t) = 4 and the Initial voltage across the capacitor vc(0) = 6 With quantities R = 2 and C = 1 we get the Initial value problem. dvc 2 +Vc =4 dt Vc(0) = 6 (Note: These numbers are probably unrealistic. However; we want to get the idea of how to solve these types of problems) Find the voltage across the capacitor, Vc(t) using Laplace transforms

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