message me if you need a larger/clearer version of this pic Consider the followi

Question

message me if you need a larger/clearer version of this pic

Consider the following series RC Circuit. Assume that there is no initial charge on the capacitor before the switch is moved to the upward (Charging position. Also assume that t = 0 at the switch first makes contact. Answer the following question (remember to give magnitudes and direction): What is the voltage across the resistor Vr immediately after closing the switch? What is the voltage across the capacitor Vc immediately after closing the switch? At what time will the energy stored in the capacitor be 0.01 joules? What is the voltage across the resistor Vr at 4.00s? What is the voltage across capacitor V car 4.00s? How do the Emf+ Vr, and Ve, relate to each other at 4.00s and why? What power is being supplied by the Emf M 4.00s? What power is being dissipated by the resister at 4.00s? At what rate is energy being stored in the capacitor at 4.00s? How does the power being supplied by the Emf relate to the situations in the resistor and capacitor at 4.00s?

Explanation / Answer

First lets point out some basics for a & b voltage can not change in a capcitor immediatly but it can in a resistor. Then we use the form Aexp(s*t) where s=1/(tau) (tau)=1/rc i hope this gives you a good start have to go to a meeting. good Luck

Related Questions

Navigate

• Browse (All)
• Browse M
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.