edgarlopez56881 edgarlopez56881
  • 20-07-2018
  • Chemistry
contestada

Given that e = 9.0 v , r = 98 ω and c = 23 μf , how much charge is on the capacitor at time t = 4.0 ms

Respuesta :

ralphwx1 ralphwx1
  • 20-07-2018
Let charge across the capacitor be Q, current through the circuit be I.
Voltage difference across the resistor = rI
Voltage difference across the capacitor = Q/c
Loop rule: net voltage change through a loop must be zero, so
9 = rI + Q/c. Since I = dQ/dt,
r dQ/dt + Q/c = 9
Solving, Q = 9c (1 - e^(t/rc)). Plug in the numbers from the problem for the numerical answer.
Answer Link

Otras preguntas

Explain the question.​
After watching the TED Talk, describe 3 different experiences: one time when you listened as she described to someone, one time when someone listened to you as
Which gas is the most abundant in Earth's atmosphere? Carbon dioxide Helium Nitrogen Oxygen
. Write a letter to the editor of a newspapercomplaining against unannounced power failure inyour area
if a=x+y and b=x-y ,show that (a-b)^2=4y^2​
Which combining form means triangle? fasci/o- maxim/o- flex/o- delt/o-
What type of number is 1.471268…?
c) 200 people are asked about three brands of beverages Coffee, Tea and Chocolate. 36 like Coffee only, 46 like Coffee but not Tea, 52 like Coffee, 16 like Tea
Write essay “Compare and contrast the city and countryside.”
At what speed should a ball of mass 2 kg travel so that it has kinetic energy of 500 J