Use the equation E = ΔV/d along with the value of d for your apparatus (see the Table of Important Values) to calculate the electric field strength between the plates. Remember, d must be in meters. 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 d values by apparatus #1 0.762 cm #2 0.758 cm #3 0.745 cm
Use the equation E = ΔV/d along with the value of d for your apparatus (see the Table of Important Values) to calculate the electric field strength between the plates. Remember, d must be in meters. 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 d values by apparatus #1 0.762 cm #2 0.758 cm #3 0.745 cm
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Use the equation E = ΔV/d along with the value of d for your apparatus (see the Table of Important Values)
to calculate the electric field strength between the plates. Remember, d must be in meters.
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 |
d values by apparatus | ||
#1 | 0.762 | cm |
#2 | 0.758 | cm |
#3 | 0.745 | cm |
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