- #1
nate92488
- 2
- 0
I have this problem I just can't figure out.
Current = A (Ampere)
i(t)=z(e^t/(RC))
where z is the initial current at t=0, R is the resistance in Ohms and C is the capacitance expressed in secondary units as F (Farad)
- Express the units of F in terms of seconds and ohms
So, this is what I tried to do, tell me where I went wrong
A = A e^(s/F-Ohms)
1 = e^(s/F-Ohms)
ln(1) = s/F-Ohms
0 = s/F-Ohms
F = 0
I obviously did something wrong, so any help would be apreciated, thank you!
Current = A (Ampere)
i(t)=z(e^t/(RC))
where z is the initial current at t=0, R is the resistance in Ohms and C is the capacitance expressed in secondary units as F (Farad)
- Express the units of F in terms of seconds and ohms
So, this is what I tried to do, tell me where I went wrong
A = A e^(s/F-Ohms)
1 = e^(s/F-Ohms)
ln(1) = s/F-Ohms
0 = s/F-Ohms
F = 0
I obviously did something wrong, so any help would be apreciated, thank you!