Car Loan project #1 - Financial ToolBoxes(Gray-shaded boxes are the outputs based on the given inputs above them Do not type in the shaded boxes APR

Car Loan project #1 - Financial ToolBoxes(Gray-shaded boxes...

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Financial ToolBoxes (Gray-shaded boxes are the outputs based on the given inputs above them. Do not type in the shaded boxes.) APR 4.00% APR 18.00% APR 8.00% Compounding Periods 12 Compounding Periods 12 Compounding Periods 4 Present Value 150000.00 Present Value 1200.00 Payment -25 Payment -716.12 Payment -24 Present Value -250.00 Years 15 Future Value 0 Years 45 Future Value: (\$96,814.92) Years: 7.8 Investment Interest: \$46,981.25 APR 4.00% APR 4.00% APR 9.00% Compounding Periods 12 Compounding Periods 12 Compounding Periods 12 Present Value 250000 Future Value 0.00 Original # of Payments 360 Future Value 0 Payment -1000.00 Present Value 60000.00 Years 30 Years 30 Years 30 Payment: (\$1,193.54) Present Value: \$209,461.24 Debt Interest: (\$113,798.49) APR 3.25% APY 3.29% Compounding Periods 4 Compounding Periods 4 Effective Yield (APY): 3.29% Nominal Yield (APR): 3.25% So that you can see all of the formulas of the gray boxes at once, they are listed here for your convenience: Future Value: Years: Savings Interest: Payment: Present Value: =PV(F13/F14,F17*F14,F16,F15) Debt Interest: Effective Yield: =(1+C21/C22)^C22-1 Nominal Yield: Why the Negative? (Rules of Thumb):=F22*((1+F21)^(1/F22)-1) 1. Notice that present value and future value are always opposite in sign. 2. Use the "Inflow-Outflow" way of thinking: Inflow is money "coming in the door" and outflow is money "going out". 3. If all else fails, try changing the sign of any of the inputs to see how it affects the result and act accordingly. 4. Don't get "burned" by the negative or lack of a negative. In other words, always keep it in the back of your mind. Note: The formulas in the gray boxes above are cell-protected. The word 'byui' is the password if you wish to turn off the protection. Also, understanding the role that the negative plays is crucial. You may want to scroll several rows down below to read more about it. =FV(C5/C6,C6*C9,C8,C7) =(NPER(F5/F6,F8,F7,F9))/F6 =FV(I13/I14,I17*I14,I15,I16)+I15*I14*I17+I16 =PMT(C13/C14,C17*C14,C15,C16) =CUMIPMT(I13/I14,I15,I16,1,I17*I14,0)
My Personal Annuity Worksheet Given: Principal Compounds APR Payment Months Principal Interest Payment Total
Month #9 (Formula Method) Month #9 (Excel Function Method)
Month #9 (Iteration Method) Reflection Paragraph : ( Briefly summarize insights gained from the three methods to calculate the  important for young investors to know. ) Start here . . .
future value, the impact that interest can have on your investments, and what is
(\$) (%) (%) Current Career Calendar Annual Salary Employee Age Year Year Salary Increase Contribution 0 35 1 2018 n/a 2.00% 36 2 2.00% 37 3 2.00% 38 4 2.00% 39 5 2.00% 40 6 2.00% 41 7 2.00% 42 8 2.00% 43 9 2.00% 44 10 2.00% 45 11 2.00% 46 12 2.00% 47 13 2.00% 48 14 2.00% 49 15 2.00% 50 16 2.00% 51 17 2.00% 52 18 2.00% 53 19 2.00% 54 20 2.00% 55 21 2.00% 56 22 2.00% 57 23 2.00% 58 24 2.00% 59 25 2.00% 60 26 2.00% 61 27 2.00% 62 28 2.00% 63 29 2.00% 64 30 2.00% Personal 401(k) Retirement Planning Worksheet
65 31 2.00% 66 32 2.00% 67 33 2.00% 68 34 2.00% 69 35 2.00% 70 36 2.00% 71 37 2.00% 72 38 2.00% 73 39 2.00% 74 40 2.00% 75 41 2.00% 76 42 2.00% 77 43 2.00% 78 44 2.00% 79 45 2.00% 80 46 2.00% 81 47 2.00% 82 48 2.00% 83 49 2.00% 84 50 2.00% 85 51 2.00% 86 52 2.00% 87 53 2.00% 88 54 2.00% 89 55 2.00% 90 56 2.00% 91 57 2.00% 92 58 2.00% 93 59 2.00% 94 60 2.00% 95 61 2.00% 96 62 2.00% 97 63 2.00% 98 64 2.00% 99 65 2.00% 100 66 2.00%
Career Scenarios: Investment Scenarios: Number of Years Planning to Work 45 Present Value at the St Age During First Year of Career 35 Number of Payments Ma Beginning Salary Year 2018 Projected Inv Ending Salary Year 2064 Average Inflation Rate Starting Salary 45,000 Initial Employee C Annual Salary Increase 2.50%