- Please Help With This Lab And Graph Below 1 (96 KiB) Viewed 31 times
Please help with this Lab and Graph below!
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answerhappygod
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Please help with this Lab and Graph below!
Please help with this Lab and Graph below!
& Cupectures UITO Perage 2.C Sander 1.30 Daca OD Votago OV Capacitor Discharging 1. Set the plate area to be the largest available: 400 mm2 2. Set the separation to be the smallest available: 2.0 mm (this will give us the largest capacitance and slowest discharge rate available) 3. Set the battery voltage to 1.5V 4. Align the switch so that capacitor charges fully 5. Move the voltmeter to take readings. 6. Online demo should now look like this: 7. The switch should now be moved to position 3 so that the capacitor, will discharge through the bulb. After a short time, to be decided by you, you will take a voltmeter reading. (It is well worth doing a 'trial discharge' at this point, to see how quick the discharge is so that a suitable time interval can be decided when taking voltage readings during the discharge process, you will need AT LEAST 5 voltage readings for this experiment, If you have a slow-mag recording feature on your phone that works very well to get valid time, voltage data). 8. Continue to take voltage readings at # s intervals as the capacitor discharges. 9. Repeat the process but this time move the switch to position 2 at each time interval and make a note of the Top Plate Charge and stored Energy values. 0. Repeat this experiment 3 times to ensure your readings of the voltage is correct. Use these 3 readings in the final analysis by taking an average. Record your data below. Time (s?) Voltage (1) Voltage (2) Voltage (3) Avg V 1 2 3 4 5
& Cupectures UITO Perage 2.C Sander 1.30 Daca OD Votago OV Capacitor Discharging 1. Set the plate area to be the largest available: 400 mm2 2. Set the separation to be the smallest available: 2.0 mm (this will give us the largest capacitance and slowest discharge rate available) 3. Set the battery voltage to 1.5V 4. Align the switch so that capacitor charges fully 5. Move the voltmeter to take readings. 6. Online demo should now look like this: 7. The switch should now be moved to position 3 so that the capacitor, will discharge through the bulb. After a short time, to be decided by you, you will take a voltmeter reading. (It is well worth doing a 'trial discharge' at this point, to see how quick the discharge is so that a suitable time interval can be decided when taking voltage readings during the discharge process, you will need AT LEAST 5 voltage readings for this experiment, If you have a slow-mag recording feature on your phone that works very well to get valid time, voltage data). 8. Continue to take voltage readings at # s intervals as the capacitor discharges. 9. Repeat the process but this time move the switch to position 2 at each time interval and make a note of the Top Plate Charge and stored Energy values. 0. Repeat this experiment 3 times to ensure your readings of the voltage is correct. Use these 3 readings in the final analysis by taking an average. Record your data below. Time (s?) Voltage (1) Voltage (2) Voltage (3) Avg V 1 2 3 4 5
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