Leveraged Token Volatility Decay Simulator
Free interactive Leveraged Token Volatility Decay Simulator: Decay ≈ 1 − exp(−(L²−L)/2 × σ² × t).
Result
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Token price
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Input A +10%
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Input A −10%
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Scenario table
| Leverage (x) | Result (%) |
|---|
Formula & Methodology
Decay ≈ 1 − exp(−(L²−L)/2 × σ² × t).
(1-Math.exp(-(a*a-a)/2*Math.pow(b/100,2)*c))*100
Worked Example
With Leverage (x) = 3, Daily vol (%) = 4, Days = 30, the result is 13.4112 %.
FAQ
What does the Leveraged Token Volatility Decay Simulator calculate?
Decay ≈ 1 − exp(−(L²−L)/2 × σ² × t).
Which inputs does the Leveraged Token Volatility Decay Simulator need?
Leverage (x), Daily vol (%), Days. Pick a token to prefill live price context.
How accurate is the Leveraged Token Volatility Decay Simulator?
It applies a deterministic formula to your inputs; real outcomes vary with fees, slippage, taxes and market moves.
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For informational and educational purposes only. Not financial, investment, tax or legal advice. Calculations are estimates; verify with a qualified professional.