n=?
PV=-$200
FV=$544
i=8%
it will take 13 yrs
If the interest is simple interest, then the value at the end of 5 years is 1.3 times the initial investment. If the interest is compounded annually, then the value at the end of 5 years is 1.3382 times the initial investment. If the interest is compounded monthly, then the value at the end of 5 years is 1.3489 times the initial investment.
It depends how the interest is calculated. If it's compounded, your initial 500 investment would be worth 638.15 after 5 years.
6% compounded annually is equivalent to an annual rate of 12.36%. To increase, at 12.36% annually for 3 years, to 10000, the initial deposit must be 7049.61
A staged investment is, generally speaking, an investment in which the entire amount is not invested up front at the time of the the initial funding. Instead, a portion is initially invested and the remaining amount is invested over time based upon the achievement of agreed upon milestones. This technique is employed by investors in order to protect against future loss, especially in early stage companies.
(1 + .07/4)4x = 3 4x log(1+.07/4) = log(3) x = 0.25 log(3)/log(1.0175) = 15.83 The amount of the original investment doesn't matter. At 7% compounded quarterly, the value passes triple the original amount with the interest payment at the end of the 16th year.
Given:Initial Investment = 8000Time = 10 yearsRate = 6% = .06Assumptions:Assuming compounded annually (i.e., every year, the investment is increased by 6%). I will also solve for compounded monthly.Formula and Variables:A = P[1+(r/n)]nt, where:A = total money after some timeP = Initial Amountr = Interest Rate as a decimal (annual)n = how many times interested is compounded per year (we are using 1)t = time in yearsFrom there, just plug in everything into the formula:A = P[1+(r/n)]ntA = (8000)[1+(.06/1)](1)(10)A = (8000)(1.06)10A ~= 14326.782because currency only goes to the cent, round to the centA = 14326.78 (if interest is compounded annually)If interest where compounded monthly:A = P[1+(r/n)]ntA = (8000)[1+(.06/12)](12)(10)A = (8000)(1.005)120A = 14555.17 (about 288.39 more than compounded annually)I've given you the formula, and two possible answers, all bolded. If your interested is compounded at another interval, just use the formula. Example, if interested is compounded quarterly, use n=4 instead.
A regular investment is a strategy where a fixed amount of money is invested at regular intervals, such as weekly or monthly. This approach allows for consistent contributions over time and potentially reduces the impact of market fluctuations. Regular investments can be made in various assets like stocks, bonds, mutual funds, or exchange-traded funds (ETFs).
Ben - 39,492 Jerry - 48,268
Simple interest (compounded once) Initial amount(1+interest rate) Compound Interest Initial amount(1+interest rate/number of times compounding)^number of times compounding per yr
A type of liability in which you only lose your initial investment in the company is limited liability. This means that shareholders or owners are only responsible for the debts and obligations of the company up to the amount they initially invested, and their personal assets are not at risk. This is commonly seen in the form of limited liability companies (LLCs) and corporations.
If you invest a lump sum all at once , for instance you invest $1000 when the market is over valued , your initial investment may fall well below the $1000 if you cash the investment in as the market is falling .. you will have lost part of your capital , so the advised approach is to put your money in slowly in smaller amounts .. example : $100 per month as this spreads the risk more , this is known as pound cost averaging , an example would be $100 invested each month over 40 years into a low cost index tracker , assuming a compounded return of 10 % including dividends , total invested $48,000 , total return would be in excess of 1 million $$$
"Continuously" is exactly how this question arrives on WikiAnswers. Someone has distributed an exam or a homework assignment with a poorly written question on it, and a lot of people are coming here to get the answer. WikiAnswers is not here to answer exam or homework questions. But the best response to this one isn't a numerical 'answer'. It's this: There's no such thing as "compounded continously", even if the spelling were corrected. The compounding interval must be specified, no matter how short it may be. Popular compounding intervals include: Annually, semi-annually, quarterly, monthly, weekly, or daily. Technically, it could even be hourly, or minutely, but it has to be specified. Compounding is a discrete process, and can never proceed "continuously".