8. Download the file VI.mat and use the load command to add the variables stored there to your workspace. The variables contain the information shown in the following table, organ- ized as described 10 165 23 5 7 12 180 25 368 15 212 30 428 Component VoltageM M 128 Holtz100 Lever014 Current( [mA] 18 20 Dillard202 142 260 285 The three component names are stored in the single-row cell array Name. The 4 x 5 matrix CurData contains the numeric values in columns three through seven of the preceding table. Ask the user to choose a component from a menu creat- Select a Component Name ed using the names stored in Name. You may assume the user will choose a button and not close the menu. Holtz100 Levar014 Onar 202 Calculate the power in units of watts [W] for all voltages for the component chosen by the user from the menu. Store the resulting vector in Power Recall that power (P) is determined by: P=VI. where: V is the voltage in units of volts [V], given in tow 1 of dze matrix CurData. I is the current in units of amperes [A], given in the row of the matrix CurData correspond- ing to the chosen component. Be sure to note that the currents in CurData are given in mA. Display for the user the choice of voltages given in row 1 of CurData. Note there is one tab between the numerical values. See example. Voltage Choices: 10 12 15 Ask the user to enter a voltage value from the list shown. Store the scalar input as volt. You can assume users will enter a value from the list of values given and that they will not enter a number that is not shown. Print a report similar to the following in the Command Window Component Holtz100 Voltage 10 V Current-0.165 A Power 1.65 W >2 Next, the user will augment the data tables before performing another calculation.Ask the user to type the name of the new component. Place the text string response in a new column of Name at the end of the cell array, such that the cell array will now have one more column than the original array