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For many people who choose $1 million over the penny that doubles, it might be that they cannot easily comprehend how a single penny can grow into more than $5 million in a month–and more than ...
The formula for the present value of a regular stream of future payments (an annuity) is derived from a sum of the formula for future value of a single future payment, as below, where C is the payment amount and n the period. A single payment C at future time m has the following future value at future time n:
In the 19th century, and possibly earlier, Persian merchants used a slightly modified linear Taylor approximation to the monthly payment formula that could be computed easily in their heads. [6] In modern times, Albert Einstein's supposed quote regarding compound interest rings true. "He who understands it earns it; he who doesn't pays it." [7]
On a 30-year amortizing loan, paying equal amounts monthly, one has the following WALs, for the given annual interest rates (and corresponding monthly payments per $100,000 principal balance, calculated via an amortization calculator and the formulas below relating amortized payments, total interest, and WAL):
By using this formula, you can determine the total value your series of regular investments will reach in the future, considering the power of compound interest. Using the example above: FV ...
Starting loan balance. Monthly payment. Paid toward principal. Paid toward interest. New loan balance. Month 1. $20,000. $387. $287. $100. $19,713. Month 2. $19,713. $387