Assignment type: Individual; Points = 40. Due at the start of Week 4 Studio. Problem 1: Electrical Power Loss in a Wire Learning objective: Create and manipulate 1D Arrays using a function in MATLAB. Engineering focus: Material Properties (electrical) Lead Team Member: Background: Electrical resistivity is measure of how much a material opposes the flow of an electrical current. A high resistivity (expressed in Ohm-meters) relates to a material that isn't a good conductor. Material A = area - = length Silver Resistivity, Ohm-meters (20 1.59 x 10-8 1.68 x 10-8 2.44 x 10-8 2.81 x 10-8 1.0 x 10-7 Copper Gold Aluminum p = resistivity REP Iron The power consumed when a current passes through a wire is related to the resistivity, cross- sectional area of the wire, and the length of the wire. That relationship is shown here: Power (watts) = Current (amps)^2 * Resistivity (ohm meters) * Length (m) / Area (m) a) Prepare a function (Wire Power.m) that calculates the power loss in a wire provided each of the arguments; i) Output: power Wire, watts ii) Input: chaValue, ohm-meters iii) Input: currentValue, amperes iv) Input: area Value, square meters Input: length Value, meters b) Prepare a script (A3_P1_PowerLoss.m) that completes the following: i) Create row (resistivity Metals) array of the Resistivity values shown above. ii) Assign and Calculate the values below 1) wice Diam = 0.007 2) areaValue = % Calculate this for the wire diameter 3) currentValue = 118 4) length Value = 3.5 iii) Call the Wire Power function and assign it to the variable powerless, iv) Present the following output to the Command window: 1) Use disn () to show powerless as a column array 2) Use fprintf() to display the results for Copper and Gold as shown The power lost by an X meter length of the 0.YYY meter diameter wire made from Copper is ZZZ.Z ohms. The power lost by an X meter length of the 0.YYY meter diameter wire made from Gold is ZZZ.Z ohms. Code & Output Cut & Paste your Wire Power code below (include header file): Cut & Paste your A3_P1_PowerLoss.m code below: Cut & Paste your Command Window output here: c) Discuss how the output format for the power array was modified when presented in the Command Window by MATLAB