Part-2 (10 Points) cted by some engineering students to study voltage, current, and power in a circuit that consists of a voltage source and a resistive load (a light bulb) connected in series The output voltage of the voltage source V was vaned over time and the current I through the circuit was measured as shown below in Table 2. You have been asked to calculate some other quantities shown below in Table 2; note that the and represent the changes in energy and charge over a time interval of At- 0.2s. Table 2:Data from a diruit with one load, one power source,and one resistor. Units are shown in brackets Point Elapsed Voltage() Current(A) Power 12 Imconvenios AAmpere Cs 1 0.2 2.5141.03 2 0.4 2.538 1.04 J Joule CCoulomb 4 0.8 2.611 1.07 6 12 2.652 109 8 1.6 2.23 1.12 3 0.6 2.575 105 5 10 2.644 1.08 1.09 112 ymbols 7 14 2.655 Echange in energy Q-change in charge Vvoitage P-power lcurrent 9 18 2.735 10 2.0 2.763 113 11 22 2.787 114 12 24 2.807 1.15 13 26 2.832 116 14 28 2.855 117 025 ntime interval Re resistance /ohms Formulas 15 30 2.890 118 16 32 2.923 1.20 17 3.4 2.9421.20 18 3.6 3.013 1.23 (a) Enter the data above into an excel spreadsheet. (b) To populate the last four columns in table 2, calculate AE, AQ, P and using the given equations for each time interval. (c) Edit the cells in the last four columns to display three decimal places. (d) Construct a scatter plot P vs. P. The plot has the form P-R ()+Po which is equivalent to the form y-mx+c. Find the slope of the graph. Add a line that will best fit from the data series and have the equation display on the graph. Label both axes properties. (e) O Find the time interval for which the power dissipation is maximum, Create a new "Max Power Combination