You attach several household batteries to a single capacitor. You measure the energy stored on the...

 

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You attach several household batteries to a single capacitor. You measure the energy stored on the capacitor as a function of voltage applied. You find the followin Terminal | | Electrical Voltage | | Energy (V) || (1) 0.0 || 0.00 1.5 || 4.50E-6 3.0 || 1.95E-5 6.0 || 7.70E-5 9.0 || 1.70E-4 12.0 || 3.15E-4 a) Create a data table and graph of the values shown here.(excel, google sheets or pdf with graph paper) b) Add a new column to the data table that will allow you to linearize the data. Add the necessary data to the column. c) Create a second graph the new linearized data. d) Add a trend line showing the equation and R^2 values. e) Determine the capacitance of the circuit from the trendline and equation. You attach several household batteries to a single capacitor. You measure the energy stored on the capacitor as a function of voltage applied. You find the followin Terminal | | Electrical Voltage | | Energy (V) || (1) 0.0 || 0.00 1.5 || 4.50E-6 3.0 || 1.95E-5 6.0 || 7.70E-5 9.0 || 1.70E-4 12.0 || 3.15E-4 a) Create a data table and graph of the values shown here.(excel, google sheets or pdf with graph paper) b) Add a new column to the data table that will allow you to linearize the data. Add the necessary data to the column. c) Create a second graph the new linearized data. d) Add a trend line showing the equation and R^2 values. e) Determine the capacitance of the circuit from the trendline and equation.