0
answers
0
watching
87
views
27 Nov 2019
The following equations describe the charge and current in an RCcircuit with a battery.
Q(t) = C ·e·(1 - e^[(-t)/(R ·C)])
I(t) = (e/R)·e^[(-t)/(R ·C)]
DATA: emf = 11.00 V, C = 6.00 µF, and R = 5.00 ?. From theseequations, calculate the total energy dissipated as Joule heat inthe resistor in the time interval between t = 0 s and t =infinity.
3.63Ã10-4 J
What is the total energy that the battery must deliver in this timeinterval???
The following equations describe the charge and current in an RCcircuit with a battery.
Q(t) = C ·e·(1 - e^[(-t)/(R ·C)])
I(t) = (e/R)·e^[(-t)/(R ·C)]
DATA: emf = 11.00 V, C = 6.00 µF, and R = 5.00 ?. From theseequations, calculate the total energy dissipated as Joule heat inthe resistor in the time interval between t = 0 s and t =infinity.
3.63Ã10-4 J
What is the total energy that the battery must deliver in this timeinterval???
