help for doing this homework by using matlab. Thank you

15. The aerodynamic drag force F, that is applied to a car is given by: where p -1.2 kg/m is the air density, Cp is the drag coefficient. A Is the pro- jected front area of the car, and v is the speed of the car (in units of m/s) rela- tive to the wind. The product CDA characterizes the air resistance of a car. (At speeds above 70 km/h the aerodynamic drag force is typically more than half of the total resistance to motion.) Data obtained in a wind tunnel test is dis- played in the table. Use the data to determine the product CpA for the tested car by using curve fitting. Make a plot of the data points and the curve fitted equation v (km/h) 2040 60 80 100120140 160 FD IN1050109180300420565771 15. The aerodynamic drag force F, that is applied to a car is given by: where p -1.2 kg/m is the air density, Cp is the drag coefficient. A Is the pro- jected front area of the car, and v is the speed of the car (in units of m/s) rela- tive to the wind. The product CDA characterizes the air resistance of a car. (At speeds above 70 km/h the aerodynamic drag force is typically more than half of the total resistance to motion.) Data obtained in a wind tunnel test is dis- played in the table. Use the data to determine the product CpA for the tested car by using curve fitting. Make a plot of the data points and the curve fitted equation v (km/h) 2040 60 80 100120140 160 FD IN1050109180300420565771