Recent content by ChelsM

Thanks for your responses. I think I might have part C. What I did was use this equation again: q= q0[1-e^(-t/TC)]. q0= CeqV q0= (9μF)*(12V) q0= 108 μC q= q0[1-e^(-t/TC)] q= 108[1-e^(-0.00001/12)] 10 nanoseconds= 0.00001 milliseconds q= 9E-5 μC Does this seem reasonable?

Homework Statement In the circuit below, at time t = 0, the switch is closed, causing the capacitors to charge. The voltage across the battery is 12 V. **Image of circuit is attached. A)Calculate the time constant for the RC circuit B)Calculate the time required for the voltage across...

Thank you. Seems like a great article, but unfortunately you need to be subscribed :(

The study of viral particles has revealed significant information regarding protein folding. Many proteins hae been shown to often spontaneously fold into their functional structures and give an active viral particle. Yet some are incapable of proper folding on their own. It was shown in 1973...