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Below data is GCD data. Time(s) Time(s) 0 257.618 0.001 257.619 10.001 267.619 20.001 277.619 30.001 287.619 40.001 297.619 50.001 307.619 60.001 317.619 70.001 327.619

Below data is GCD data.
Time(s)Time(s)
0257.618
0.001257.619
10.001267.619
20.001277.619
30.001287.619
40.001297.619
50.001307.619
60.001317.619
70.001327.619
80.001337.619
90.001347.619
100.001357.619
110.001367.619
120.001377.619
130.001387.619
139.856397.474
139.857397.475
149.857407.475
159.857417.475
169.857427.475
179.857437.475
189.857447.475
199.857457.475
209.857467.475
219.857477.475
229.857487.475
239.857497.475
249.857507.475
249.997507.615


 (a)A symmetric supercapacitor cell consisting of reduced grapheneoxide(r-GO) as electrode material having a mass of 0.5 mg f

(a) A symmetric supercapacitor cell consisting of reduced graphene oxide(r-GO) as electrode material having a mass of 0.5 mg for each electrode. Cyclic Voltammetry (CV) was taken at a scan rate of 50 mV/s. The original data obtained from CV is given in the excel sheet as attached. Calculate the specific capacitance (in F/g). (b) By using the same supercapacitor cell, galvanostatic charge discharge curves were also measured at a constant current of 0.1 A. The original data obtained from GCD is given in the excel sheet as attached. Calculate the specific capacitance (in F/g).

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a To calculate the specific capacitance in Fg from cyclic voltammetry CV data we can use the following formula Csp I tm V where Csp is the specific ca... blur-text-image

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