Module 9

    Cards (32)

    • financial functions
      • excel functions used for analyzing loans, investments, and financial metrics
      • most deal with cash flow
    • cash flow: direction of money to and from an individual or group
    • present value: current value of a loan or investment
    • 5 functions associated with loans and investments
      • fv function
      • pmt function: required payment for each period of loan/investment
      • nper function: number of payments
      • pv function
      • rate: interest
    • Calculating payment for borrowing costs
      • PMT: determines payment made periodically
      • positive value in investments because its returns from the investment
      • negative value in loans because it's money spent to repay the loan
      • =pmt(rate, Nper, PV, [Fv=0], [Type=0]
      • rate: interest rate per period
      • nper: total number of payment periods
      • pv: present value of the loan or investment
      • - positive for loans
      • - negative for investments
      • fv: future value of the loan/investment after all payments
      • type:
      • type=0 : payments are at the end of periods
      • type=1 : payments are at the beginning of period
    • Amortization Schedule pt 1
      • specifies how much of each loan payment is devoted toward interest and toward repaying the principal
      • Divided into
      • ipmt: the amount of a payment that is used to pay the interest of the loan
      • ppmt: calculates the amount used to repay the principal
      • principal: amount of the loan still unpayed
      • cumipmt: cumulative totals of interest payments
      • cumipmt(rate, nper, pv, start, end, type)
      • type=0 end of the period
      • type=1 start of the period
      • assumes FV is zero
      • start: starting payment period
      • end: end of payment period
      • amount spend in specific timeline
      • cumprinc: cumulative totals of principal
      • cumprinc(rate, nper, pv, start, end, type)
    • Calculating fv
      • FV(rate, nper, pmt, [pv=0], [type=0])
      • pmt will be negative if it is a loan/investment
      • fv will be positive because the money is returned to the investor/lender
      • if it is a loan the present value will be positive
    • calculating nper
      • calculates the number of payments required to repay a loan or reach an investment goal
      • NPER(Rate, pmt, pv, [fv=0], [type=0])
    • calculating pv
      • calculates the present value of a loan/investment
      • for a loan pv will be the current size of the loan
      • for an investment pv is the amount of money initially placed in an investment account
    • Amortization schedule 2
      • Ipmt: amount that is going to pay interest
      • ipmt(rate, per, nper, pv, [fv=0], [type=0])
      • per: indicates the payment period for which the interest is due
      • impt: how much a person will owe monthly in interest
    • Amortization schedule pt 3
      • ppmt: amount used to repay the principal
      • ppmt(rate, per, nper, pv, [fv=0], [type=0]
      • Amount owed monthly going to principal
    • Pmt
      ipmt+ppmt
    • depreciation: process of allocating the original cost of an asset over the lifetime of the asset
      require you to know
      • asset's original cost
      • length of the asset's useful life
      • asset's salvage value (value at the end of its useful life)
      • rate at which the asset is depreciated
      included in the earnings part of the income and loss statements
    • straight-line depreciation
      • loses value by equal amounts each year
      • SLN(cost, salvage, life)
    • Declining balance depreciation
      • depreciates by a constant percentage
      • depreciation is highest in the asset's early lifetime
      • DB(cost, salvage, life, period, [month=12]
      • period: period for which you want to calculate the depreciation
      • month is used if the asset is used for less than a year
    • depreciation changes the tax liability (how many taxes you owe) in the earnings section of the income and loss statements
    • You can make a company look less or more profitable depending on what depreciation method you use
    • Taxes and interest are added in the taxes liability section of the income statement
    • extrapolation is used to extend a series form a single value or a few values to project future values
      • doesn't require a trend
      • requires a step vaue
    • interpolation is used to fill in a series when you know the starting and ending values of that series
      • uses trend
    • income statement sections
      • income: projected income from sales and cost of sales (cost of goods sold), marketing, and development
      • expenses: project general expenses incurred by fixed costs
      • earnings: estimates net profit and tax liability
    • gross profit = sales revenues - cost of goods sold
    • net profit = gross profit - expenses - taxes
    • initial earnings = gross profit - total general expenses
    • due diligence: investigation, audit, or review to confirm facts or details of a matter under consideration
      • examination of financial records before making a transaction or neogitation
    • Rate function
      • calculates interest rate
      • Rate(Nper, Pmt, Pv, [Fv=0], [Type=0], [Guess]
      • used to calculate the return from investments
    • payback period: length of time required for an investment to recover its initial cost
      • doesn't consider the time value of money
    • time value of money: money today > same amount received later
      • is it better to receive 100 dollars today or 105 next year if you can put the 100 dollars in a savings account with a 6% interest rate?
      • next year you will have 106 in the savings
      • rate of return (discount rate): interest rate you assume for the present value of your investment (6% from the ex)
      • uses PV and FV function: negative result because it returns a value indicating how much you need to invest now to receive money later
    • NPV Function
      • used if the future payments are not equal
      • NPV(rate, value1, [value2, value3, ...])
      • rate: rate of return
      • assumes payments occur at the end of each period and payments are evenly spaced
      • positive value because it calculates the value of those payments in today's dollars
      • *** initial investment (negative value) + NPV
    • choosing a rate of return
      • the more riskier the investment the higher the rate of return
    • IRR Function
      internal rate of return: point where NPV=0
      • higher irr are preferred
      • IRR(values, [guess=0.1])
      • values: cash flow values from the investment
      • compares investment to a savings account
      • must include a neg and positive values
      • assumes payments are evenly spaced
      • include the initial cost of the investment in the values list
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