WeekFour Discussion

InitialInvestment

Myfriends and I were having a chat about future investmentopportunities, and then suddenly we come up with this idea of buyinga piece of land by the lake. The idea was to add value on the landby landscaping and rent it out for events such as wedding. We did ourresearch and found out that there was a piece of land by the lakegoing for $40,000. We also found out that the company selling theproperty had an investment opportunity which promises to have anaverage return of about 9% per year if one invests long term. For usto know how much we needed to invest for the 12 years to reach ourgoal we used Present Value Formula to calculate our present valueinvestment.

Thedesired item is piece of land by the lake

Thecost in 12 years will be about $ 40,000

Theaverage interest rate of the investment is 6%

Usingthe Present Value (PV) formula:

Thiscan also be represented as

Where

*PV*is the present value that amount to final value *FV,i*isinterest rate compounded quarterly and *n*yearsfor total payment.

Accordingto the Present Value formula the quantity raised to a power to hasthe negative exponent (–n). As per the rules of exponents, thismeans that once the negative is put into effect, the base quantitywill change position by dropping down into the denominator where itwill be raised to the power of n. Then it will divide FV instead ofmultiplying FV as it seems to be doing now.

Where:

*n*=12, and *i*= 6% (0.06) .

CalculationUsing the PV Formula

Onthis step, relevant values are plugged into the formula

Theparenthesis in the bracket are added

Thenegative exponent creates the reciprocal of the base number.

The exponent is applied to the base also known as the PV factor.

__ __Thisis the value of PV

Giventhis PV results and having in mind that the interest rate will notstay exactly at 6% due to inflation we will begin our investment with$ 20,000.

REFERENCE

RequiredText: Dugopolski, M. (2012). Elementary and intermediate algebra (4thed.). New York, NY: McGraw-Hill Publishing.