Please show all hand calculations in explanation. Thank You!

A. INPUT DATA VARIABLE AND DISTRIBUTION TYPE initial investment uniformannual profit -triangulat salvage value-tr $67,500.00 $85,000.00 60,000.0O $75,000.00 $83,000.00 S Maxi 000.00 CALCULATION OF MOST LIKELY VALUES- MEAN $69,166.67 5250,000.00 $73,333.33 10 ESIRANGEAPPROACH-CHANGINGALL VARIABLES SMU TANEOUSLn Most Optimistic CF Most likely CF 12 CF pv at 15% PV at 15% PV at 15% ($200,000.00)| (S200,000.01 ($250,000.001(S2so,000 00)$300,000 001 (S300 000.00 $85,000.00 73,3130469,166.67 0,14493 55,00000$47,826.09 $85,000.00 $64.27221 ,166.57 $52,299.94 55,000.00$41,587.90 13 15 16 17 s8s,000.00$55,888.88$69,166.67 $45,478.21 $55,000.00 $36,163.39 $85,000.00 03 $6,166.6739,54627 $55,000.00 $31,446.43 $85,000.00$42,260.02$69,166.67 $34,388.06 $55,000.00 $27,344.72 s85,000.00 36,74786,166.67 S29,902.66 $$5,000.00 $23,778.02 $170,000.00 $63,909.30 $142,500.00 $53,57103 $115,000.00 $43,232.76 19 20 21 IRR/NPV 40.10%| s185,S90.33 22.62%| $65,331.08 620. #11 and #12 refer to the above table. 11. Show the work using financial notations (P/F, 196, n) to calculate the value in Row 15 Column E. Show the logic first and then replace the logic with values from the interest tables. 12. Show the work to calculate the values in the cell number identified below. (Please use actual numerical values instead of cell values i.e. Do not use row or columns numbers in your response) a. Row 14 Column C: b. Row 14 Column D: c. Row 14 Column E: d. Row 20 Column B: e. Row 20 Column D: f. Row 20 Column F