Write a MATLAB script using the input( ) and disp( ) functions to display the above equation (without any "ans = " etc.) and prompt the user for the value of a in meters and the value of b in meters. For example, for a = 5 and b = 4:

The surface area of an unusually shaped object, in m2, is given by: Area(a,b)=ab(a+2)(b3)4. Write a MATLAB script using the input( ) and disp( ) functions to display the above equation (without any "ans = " etc.) and prompt the user for the value of a in meters and the value of b in meters. For example, for a=5 and b=4 : Enter the value for a in meters: 5 Enter the value for b in meters: 4 Then using if-elseif, fprintf( ), and logical OR " " functions provide the area result in m2 as The area is xm2. where XX is the (floating point) result of the volume calculation, printed with one decimal point of precision. Check to verify the area is greater than zero. If not, return the message "Area must be greater than zero." and return no area result. If a or b is zero or negative, return the message "Input parameters must be greater than zero." and provide no area result. If either a or b is greater than 10 , return the message "Input values greater than 10m are possible but unlikely." and then on the next line provide the area result in the format shown. Area (a,b)=ab(a+2)(b3)4 Enter the value for a in meters: 12 Enter the value for b in meters: 0.3 Input values greater than 10m are possible but unlikely Area is 37.4 in m2. Area (a,b)=ab(a+2)(b3)4 Enter the value for a in meters: 0.1 Enter the value for b in meters: 12 Area must be greater than zero. Area (a,b)=ab(a+2)(b3)4 Enter the value for a in meters: 3 Enter the value for b in meters: 0.2 Area is 10.6 in m2. Area (a,b)=ab(a+2)(b3)4 Enter the value for a in meters: 8 Enter the value for b in meters: 0 Input parameters must be greater than zero