MATLAB

Create a single *.m script file to solve problems 2.11 (fuel efficiency) and 2.15 (power dissipation) on pages 58 to 60 of the MATLAB textbook (make sure that you are using the correct book). The beginning of your script file should contain comments including your name and recitation section number (if you do not know your sections number, look it up on lionpath). Put comments before each problem stating the problem in your own words, input needed, output expected, and processing. Make sure you have the command clear at the beginning of your code to ensure that your code will run without any predefined variables. Do not use spaces in filenames.

For problem 2.11 create a row vector with the fuel efficiency values in it. Perform any needed calculations using array operations. The results should be stored in a row vector. You do not need to output the values.

For problem 2.15, create a row vector containing the resistivities. Perform any needed calculations using array operations. The results should be stored in a row vector. You do not need to output the values.

t=0 Figure P2.10 Parallel circuit. 2.11 Burning one gallon of gasoline in your car produces 19.4 pounds of CO2. Calcu- late the amount of CO, emitted during a year for the following vehicles, assun- ing they all travel 12,000 miles per year. The reported fuel-efficiency numbers shown in table P2.11 were extracted from the U.S. Departmentof Energywebsite www.fueleconomy.gov, and reflect the combined city and highway estimates