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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) |
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 |
80.001 | 337.619 |
90.001 | 347.619 |
100.001 | 357.619 |
110.001 | 367.619 |
120.001 | 377.619 |
130.001 | 387.619 |
139.856 | 397.474 |
139.857 | 397.475 |
149.857 | 407.475 |
159.857 | 417.475 |
169.857 | 427.475 |
179.857 | 437.475 |
189.857 | 447.475 |
199.857 | 457.475 |
209.857 | 467.475 |
219.857 | 477.475 |
229.857 | 487.475 |
239.857 | 497.475 |
249.857 | 507.475 |
249.997 | 507.615 |
(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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There are 3 Steps involved in it
Step: 1
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...Get Instant Access to Expert-Tailored Solutions
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Step: 2
Step: 3
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