JAVA!!!

Input File:

0 0.00000 10 0.92260 20 1.77427 30 2.56047 40 3.28621 50 3.95616 60 4.57460 70 5.14549 80 5.67249 90 6.15897 100 6.60805 110 7.02261 120 7.40529

Science P7.20 The figure below shows a plot of the capacitor voltage from the circuit shown in Exercise P7.19. The capacitor voltage increases from 0 volts to B volts. The "rise time" is defined as the time required for the capacitor voltage to change from 1 0.05 x B to v2 0.95x B t (s) The file rc.txt contains a list of values of time t and the corresponding capacitor voltage v(t). A time in us and the corresponding voltage in volts are printed on the same line. For example, the line 110 7.02261 indicates that the capacitor voltage is 7.02261 volts when the time is 110 us. The time is increasing in the data file Write a program that reads the file rc.txt and uses the data to calculate the rise time. Approximate B by the voltage in the last line of the file, and find the data points that are closest to 0.05 x B and 0.95 x B Science P7.20 The figure below shows a plot of the capacitor voltage from the circuit shown in Exercise P7.19. The capacitor voltage increases from 0 volts to B volts. The "rise time" is defined as the time required for the capacitor voltage to change from 1 0.05 x B to v2 0.95x B t (s) The file rc.txt contains a list of values of time t and the corresponding capacitor voltage v(t). A time in us and the corresponding voltage in volts are printed on the same line. For example, the line 110 7.02261 indicates that the capacitor voltage is 7.02261 volts when the time is 110 us. The time is increasing in the data file Write a program that reads the file rc.txt and uses the data to calculate the rise time. Approximate B by the voltage in the last line of the file, and find the data points that are closest to 0.05 x B and 0.95 x B