Describe the solution step by step.

Industry Average: 3.2 Current Ratio = Current Assets Current Liabilities Current Assets - Inventory Current Liabilities Industry Average: 2.1 Quick Ratio = Industry Average: 36.0 Average Collection Period Accounts Receivable Annual CreditSales 365 Days Industry Average: 7.0 Annual Credit Sales Accounts Receivable Turnover = Accounts Receivable Sales Inventory Industry Average: 9.0 Inventory Turnover Industry Average: 40% Debt Ratio = Total Debt Total Assets Times Interest Earned EBIT Interest Expense Industry Average: 6.0 Sales Total Assets Industry Average: 1.8 Total Asset Turnover Sales Net Plant and Equipment Industry Average: 3.0 Fixed Asset Turnover EBIT Operating Profit Margin = Sales Industry Average: 9.5% Net Profit Margin= Net Income Sales Industry Average: 5% EBIT Operating Return on Assets = Total Assets Industry Average: 17.2% Net Income Return on Equity = Common Equity Industry Average: 15% Market Price per Share Price - Earnings Ratio = Earnings per Share Industry Average: 12.5 Market Price per Share Market - to - Book Ratio = Book Value per Share Industry Average: 1.7 2) who has recently gotten a $5,000 bonus pay check from work, decided to place all her money in a savings account that pays an annual compound interest of 12%. (40 Points) a. Calculate the amount of money that will accumulate if Ceyda leaves the money in the bank for 5 and 10 years. (10 Points) b. Re-calculate part a using a compounding period that is (1) semiannual and (2) quarterly. (10 Points) c. Suppose Ceyda moves her money into an account that pays 8%. Rework part a and b using the 8% interest rate. (10 Points) d. What conclusions can you draw about the relationship among interest rates, time and future sums from the calculations you just did? (10 Points)