b) Write a function volSAofSphere that will receive as input argument, the radius of the sphere,...

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b) Write a function volSAofSphere that will receive as input argument, the radius of the sphere, and will return as output, the volume and surface area of the sphere for 1 <r < 2, in increments of 0.1 using a for loop. Display the radii, surface areas and volumes in a table and label each column and format the table to show the volumes and surface areas to 3 decimal places, and the radius to 1 decimal place. The two formulas for calculating volume and surface area respectively of a sphere are: volume = 47r/3 SA = 4rr? [Hint: use disp and fprintf to display the surface areas, volumes and radii in a table format as follows: disp ('radius surface area volume') fprintf(%0.1f %0.3f\n', radius, SA, volume) %0.3f The command disp ('radius volume') should come before the for loop whilst surface area fprintf(%0.1f volume) should be within the for loop]. %0.3f\n', radius, SA, %0.3f b) Write a function volSAofSphere that will receive as input argument, the radius of the sphere, and will return as output, the volume and surface area of the sphere for 1 <r < 2, in increments of 0.1 using a for loop. Display the radii, surface areas and volumes in a table and label each column and format the table to show the volumes and surface areas to 3 decimal places, and the radius to 1 decimal place. The two formulas for calculating volume and surface area respectively of a sphere are: volume = 47r/3 SA = 4rr? [Hint: use disp and fprintf to display the surface areas, volumes and radii in a table format as follows: disp ('radius surface area volume') fprintf(%0.1f %0.3f\n', radius, SA, volume) %0.3f The command disp ('radius volume') should come before the for loop whilst surface area fprintf(%0.1f volume) should be within the for loop]. %0.3f\n', radius, SA, %0.3f