T = R x C x 5
Calculated Times:
0.0001 x 1000 x 5 = 0.5s or 500ms
0.0001 x 100 x 5 = 0.05s or 50ms
0.0001 x 470 x 5 = 0.235s or 235ms
0.0003 x 1000 x 5 = 1.5s
27/10/10 Correction for 330uF: 0.000330 x 1000 x 5 = 1.650s or 1650ms
Observed Times: 1: 0.5s
2: 0.2s
3: 0.3s
4: 1.8s
How does changes in the resistor affect the charging time?: As resistance increases the time taken to reach maximum charge increases also.
How does changes in the capacitor affect the charging time?: Like increased resistance, the larger capacitor will take longer to charge and also because of the larger capacity will take longer to discharge
27/10/10 Correction for 330uF: 0.000330 x 1000 x 5 = 1.650s or 1650ms
Observed Times: 1: 0.5s
2: 0.2s
3: 0.3s
4: 1.8s
How does changes in the resistor affect the charging time?: As resistance increases the time taken to reach maximum charge increases also.
How does changes in the capacitor affect the charging time?: Like increased resistance, the larger capacitor will take longer to charge and also because of the larger capacity will take longer to discharge
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