Complete Table 2: Calculate Area of Rectangle 1. Radius length, entered in cell F13, should begin at 0ft. and increase by increments of dR as defined in Table 1. Numbers should be centered and formatted to two decimal places. The Table should end at cell F43. The list of numbers should change automatically if dR is updated to a different value. 2. Using the equation for Area with Constraint, calculate the Area of the rectangle and fill in the rest of Table 2. Numbers should be centered and formatted to two decimal places. The area should change depending upon what is input for the Perimeter P in Table 1. Complete Table 3: Analysis 1. In cell K12, create a formula to determine the Maximum Area of the rectangle. 2. In cell K13, create a formula to determine the Radius r corresponding to the Maximum Area. 3. The second column in Table 3 should be centered with numbers formatted to 2 decimal places. 4. Apply conditional formatting to Table 2 so that the cells corresponding to the Maximum Area and associated Radius r (with values found in K12 and K13 ) have a light red background with dark red text. Table 2 should highlight the results found in Table 3 . Complete Table 4: Final Dimensions of Pool and Verification 1. In cell K19, calculate the pool height h. 2. In cell K20, recalculate the rectangular pool area by using r and h found in Tables 3 and 4. Use the equation from cell C14. 3. In cell K21, answer the question "Does the radius exceed the maximum length" with a "YES" or "NO" based on the user input from cell C18