Extensions:

#1: What percentage of the initial potential remains after one time-constant has passed?

After two time-constants?

Three?

#3:

\fCapacitors 6 Auto Fit for: Latest | Potential 4- Pot = A*(1-exp(-C*t))+B A: -2056 +/- 4.190 C: 0.4489 +/- 0.0001425 B: 2057 +/- 0.0002255 XI Correlation: 1.000 Auto Fit for: Latest | Potential RMSE: 0.004626 V Potential (V) Pot = A*exp(-C*t)+8 A: -6.344 +/- 0.03384 C: 0.4266 +/- 0.002021 B: 5.079 +/- 0.002623 Correlation: 0.9989 2 RMSE: 0.03152 V 0- 0 10 20 30 (11.105, 2.892) Time (s)Capacitors 5 4 Auto Fit for: Latest | Potential Pot = A*(1-exp(-C*t))+B A: -2.151E+007 +/- 241.8 3 C: 1.729 +/- 0.0001070 Potential (V) B: 2. 151E+007 +/- 0.0008138 Correlation: 0.9998 RMSE: 0.01625 V 2 Auto Fit for: Latest | Potential Pot = A*exp(-C*t)+B A: -19.31 +/- 0.2547 C: 1.412 +/- 0.01100 B: 5.117 +/- 0.005115 Correlation: 0.9971 RMSE: 0.08207 V 0 5 10 15 (12.153, 1.671) Time (s)