PLEASE ONLY ANSWER PARTS C,d,e,f

PLEASE PROVIDE THE MATLAB CODE. please show all work.

The following data describe the sequence of chemical reactions ABC. The concentrations of A,B, and C, in moles per liter, are tabulated as a function of time in seconds. Steps in Excel a. Fit the appropriate equation for each concentration using R20.98. b. Using the equations obtained in part a, obtain the values of the concentration at time equals 11.15sec Steps in Matlab c. Fit the data using the same type of equations obtained in part a. (Do all tbe amryfitting procers, do not coby and parte tbe equation from Exrel). Plot all in same figure. Make sure to add legends. d. Using the equations obtained in part c, obtain the values of the concentration at time equals 11.15sec. c. Fit each concentration using linear, spline or pchip interpolation in Matlab (Only one interpolation for each concentration). Plot all in same figure. Make sure to add legends. f. Using the interpolations obtained in part c, obtain the values of the concentntion at time equals 11.15 sec. The following data describe the sequence of chemical reactions ABC. The concentrations of A,B, and C, in moles per liter, are tabulated as a function of time in seconds. Steps in Excel a. Fit the appropriate equation for each concentration using R20.98. b. Using the equations obtained in part a, obtain the values of the concentration at time equals 11.15sec Steps in Matlab c. Fit the data using the same type of equations obtained in part a. (Do all tbe amryfitting procers, do not coby and parte tbe equation from Exrel). Plot all in same figure. Make sure to add legends. d. Using the equations obtained in part c, obtain the values of the concentration at time equals 11.15sec. c. Fit each concentration using linear, spline or pchip interpolation in Matlab (Only one interpolation for each concentration). Plot all in same figure. Make sure to add legends. f. Using the interpolations obtained in part c, obtain the values of the concentntion at time equals 11.15 sec