Millikan Oil Drop. calculate the charge for each data set. (only doing one for example). Important Values Input Collected Data Measured Resistance 2.118 MΩ Measured Applied Voltage 505 Volts Calculated Temperature 22.74 °C Calculated Value of Eta 1
Millikan Oil Drop. calculate the charge for each data set. (only doing one for example). Important Values Input Collected Data Measured Resistance 2.118 MΩ Measured Applied Voltage 505 Volts Calculated Temperature 22.74 °C Calculated Value of Eta 1
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Millikan Oil Drop.
calculate the charge for each data set. (only doing one for example).
Important Values
| Input Collected Data | ||||
| Measured Resistance | 2.118 | MΩ | ||
| Measured Applied Voltage | 505 | Volts | ||
| Calculated Temperature | 22.74 | °C | ||
| Calculated Value of Eta | 1.837E-05 | Nsm^-2 | ||
| Table of Important Values (do not change) | ||||
| b = | 8.20E-03 | N/m | Constant | |
| ρ = | 886 | Kg/m^3 | Constant | |
| g = | 9.81 | m/s^2 | Constant | |
| d = | m | Constant | ||
| V = | 505 | volts | Entered | |
| Temp = | 22.74 | °C | Calculated | |
| η= | 1.837E-05 | Nsm^-2 | Calculated | |
| p = | 1.01E+05 | Pa | Constant |
mass 1= 3.35*10^-12 kg
E1 = 6.63 * 10^4 V/M
q_avg = (mg/2E)((v_up + v_down)/v_fall)
Run 1
Resistance: 2.247 megaOhms
V fall: -0.007455 mm/s
V up: 0.07686 mm/s
-405 volts
V down: -0.1007 mm/s
405 volts
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