what are the answers?

Required information Excel Analytics O5-02 (Static) Cost-Volume-Profit Relationships [LO5-1, LO5-2, LO5-3, LO5-4, LO5-5, LO5-7, LO5-9] Lyndia Company is a merchandiser that selis a total of 15 products to its customers. The company provided the following information from last year: Last year, Lyndia's total fixed expenses and net operating income were $3,000,000 and $1,223,070, tespectively. The company would like your assistance in developing some financial projections for this year. Ellck here to download the Excel template. which you will use fo answer the queutens that fellow. The company would like your assistance and net operating income were $3,000,000 and $1,223,070, respectively. Click here to download the Excel template. which you will use to answer the questions that follow. Click here for a brief tutorial on Goal Seek in Excel. Click here for a a brief tutorial on Charts in Excel, Click here for a brief tutorial on Conditional Formatting in Excel. Excel Analytics 05-02 (Static) Part 2 2. Regarding projections for this year, assume that total unit sales increase by 10%, and everything eise holds constart. (Hint. The template contains dynamic formulas, therefore you will only need to modify the input in cell Qts to complete requirements 2a through 2e.) a. What would be the projected net operating income for this yeer? b. How are the projected unit sales in celis 822 and Q22 calculated? c. Why are the percentages in cells R28 and R29 the same as the corresponding percentages in cells R8 and R9 even though the projected sales of 165.000 units is 15,000 units greater than last year's sales of 150.0000 units? d. What is the percent increase in total contribution margin (os shown in cell O29) compored to last year's total contribution margin. (as shown in cell Q9? e. What is the percent increase in net operating income (as shown in cell 031) compared to last year's net operating income (as shown in cell Qi11? is your answer greater than, less than, or equal to your answer in requitement 2d