Charging4.980sDischarging9.980stoT'exp5.360s10.360sTexp0.380s0.380s1. Calculate your experimental value of the Time Constant, Texp, obtained by both charging anddischarging the capacitor by taking the difference of T'exp - to and record it as Texp in Table 1,under charging and then discharging. Show work.5.360-4.980=0.3810.360-9.980=0.382. Calculate the theoretical value for T. Show work.Theoretical value = RC1000 resistor *( 330*10^-6 µF capacitor )= 0.333. Calculate the % errors for the Time Constant for both the charging and discharging values. Showwork.4. Calculate the % difference between your experimental values of the Time Constant. Show work.

5.360-4.980=0.38 Charging 4.980s to T'exp 5.360s 10.360s Texp 0.380s 0.380s 1. Calculate your experimental value of the Time Constant, Texp, obtained by both charging and discharging the capacitor by taking the difference of T'exp - to and record it as Texp in Table 1, under charging and then discharging. Show work. 10.360-9.980=0.38 Discharging 9.980s 2. Calculate the theoretical value for T. Show work. Theoretical value = RC 1000 resistor *( 330*10^-6 µF capacitor )= 0.33 3. Calculate the % errors for the Time Constant for both the charging and discharging values. Show work. 4. Calculate the % difference between your experimental values of the Time Constant. Show work.

5.360-4.980=0.38 Charging 4.980s to T'exp 5.360s 10.360s Texp 0.380s 0.380s 1. Calculate your experimental value of the Time Constant, Texp, obtained by both charging and discharging the capacitor by taking the difference of T'exp - to and record it as Texp in Table 1, under charging and then discharging. Show work. 10.360-9.980=0.38 Discharging 9.980s 2. Calculate the theoretical value for T. Show work. Theoretical value = RC 1000 resistor ( 33010^-6 µF capacitor )= 0.33 3. Calculate the % errors for the Time Constant for both the charging and discharging values. Show work. 4. Calculate the % difference between your experimental values of the Time Constant. Show work.