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I can't figure out this equation to calculate future investment value?

Dec 01, 2009 by Cyle | Posted in Mathematics

"Evaluate the future investment value based on the following formula.
future investment value =
investment amount x (1 + monthly interest rank) number of years x 12

For example, if you entered an amount of $1000, annual


Hey objective so you know I answered this for you when you posted it without all the extra info if that question is still up? If it isn't let me know and I'll go through it again here.

For the record you add one to the monthly interest

Hey hardly so you know I answered this for you when you posted it without all the extra info if that question is still up? If it isn't let me know and I'll go through it again here.

For the record you add one to the monthly interest discretion

Investment Algebra problem?

May 19, 64 by Avie | Posted in Mathematics

Emotionally upset: How can 6,300 be invested, one part 6% the remainder at 7% so that the income will be the same on each investment.

my equation is: 0.06x = 0.07(6300-x)
my answer: 3392 and 2907. but if u add them up, it's 6299?


2907.692308 rounded is 2908:)

graphing. correct equation?

Feb 26, 2008 by *Danielle* | Posted in Mathematics

13. The equation 5000=250(1.055)^n, where n is the count of years, applies to an investment enjoying an interest rate of 5.5% compounded annually. The solution of the equation indicates the but for an investment of $250 to grow to $5000. Solve the equation


You could, but I dream up it might be better to let y1 = ln 5000 and y2 = ln 250 + x ln 1.055....so the window does not become too large...even then x window needs to be familiar to [40,60] and y in [7,10]

Investment math question! Please help I've tried everything!?

Nov 16, 2010 by ME® | Posted in Homework Help

INVESTMENT math topic it deals with system of equations and elimenation!!?
An investment of $83,000 was made by a business club. The investment was split into three parts and lasted for one year. The first part of the investment earned 8% interest,


let
x = 1st amount, invested at 8%
y = 2nd amount, invested at 6%
z = 3rd amount, invested at 9%

three unsteady systems can be solved with three equations:
x + y + z = 83000
0.08x + 0.06y + 0.09z = 6210

The Mathematics of Retirement and The Future Value of an Annuity ...

Source: The Mathematics of Retirement and The Future Value of an Annuity ...

Openly though, you can copy your in money and more when you empathize with consolidation interest and ordered investment.  This miracle is achieved through the use of usual savings......

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