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  
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 =   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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