Higher input lowers the modeled result
The starting value sets the comparison base.
Calculate the compound annual growth rate between a starting and ending value.
Controlled, deterministic sensitivity around your current inputs reveals which assumptions move the annualized growth rate most.
Higher input lowers the modeled result
The starting value sets the comparison base.
Higher input raises the modeled result
A higher ending value increases the annualized rate.
Higher input lowers the modeled result
More years spread the same total change across a longer period.
High modeled impact means an input changes this output substantially around the current scenario. Rankings compare controlled 10% input changes; they do not measure risk, probability, personal importance, controllability, suitability, advice, or forecasts.
CAGR smooths a multi-year change into one constant annualized rate. It is useful for comparison, but it does not show volatility or the path taken.
CAGR makes periods of different lengths easier to compare, but two investments with the same CAGR can have very different volatility and cash-flow histories.
(ending value ÷ starting value)^(1 ÷ years) − 1(ending value ÷ starting value − 1) × 100The engine assumes no intermediate cash flows and permits fractional years. Rates are calculated at full precision and displayed to two decimals.
Educational scenario only. Results are modeled estimates, not forecasts or personalized financial, investment, legal, or tax advice.