Position Size & Risk
Learn how account risk, stop distance and position size work together — without relying on a fixed trade size.
Practical crypto explainers built around the calculations you actually need — from trading risk and DCA to staking, tokenomics, Bitcoin, Ethereum and wallet security.
Understand position sizing, leverage, liquidation, fees, risk/reward and profit calculations before entering a trade.
Learn how account risk, stop distance and position size work together — without relying on a fixed trade size.
See how leverage changes exposure, margin requirements and the price distance to liquidation.
Separate gross profit from fees and understand the difference between P&L and percentage return.
Connect your target, stop and required win rate so a strategy can be evaluated with consistent assumptions.
Convert units, model investment targets and understand the price, quantity and value relationships behind crypto.
Understand the relationship between BTC and satoshis and convert amounts without moving funds.
Model contributions, one-time investments and hypothetical growth without treating projections as guarantees.
Work backwards from a desired portfolio value or target multiple to understand the required price.
A 50% fall does not require a 50% rise to recover. Learn the asymmetric math behind losses and recovery.
Use simple portfolio mathematics to understand allocation, cost basis, realized P&L and rebalancing.
Understand recurring purchases, average cost and why DCA changes your entry path rather than guaranteeing returns.
Translate target percentages into actual amounts and see how concentration changes across holdings.
See how acquisition cost, fees and sale proceeds affect realized and unrealized results.
Calculate the buy and sell amounts needed to move from current weights toward target weights.
Learn the mechanics behind staking, APR/APY, liquidity pools, impermanent loss, lending and slippage.
Understand simple annual rates versus compounded annual yield and why compounding frequency matters.
See why a liquidity position can perform differently from simply holding the underlying assets.
Understand collateral, debt, loan-to-value and health-factor concepts used by lending protocols.
Learn how quoted price, price impact and slippage affect the minimum amount you may receive.
Useful network-level concepts: mining economics, transaction fees, gas, Gwei, staking and address formats.
Break revenue into power costs, operating assumptions and a simple break-even framework.
Understand the relationship between fee rate, transaction size and the estimated fee amount.
Break an Ethereum transaction cost into gas used and the gas price expressed in Gwei.
Understand what local format checks can and cannot tell you about a cryptocurrency address.
Learn the core valuation relationships between price, circulating supply, total supply, market cap and FDV.
Market cap is a simple relationship between price and circulating supply. Learn how to calculate it.
Understand why a token can have a much larger fully diluted valuation than its current market cap.
Explore how additional circulating tokens can change supply ratios and valuation assumptions.
Learn what the index is intended to represent and why sentiment is not the same as a price forecast.
Local checks can help with formatting, but they do not prove ownership, legitimacy, solvency or transaction safety.
Understand what you should never paste into a website — especially private keys and seed phrases.
Learn what a transaction hash is and what a local format checker can actually verify.
Useful basics for developers working with hexadecimal and Base64 data in crypto workflows.
Convert Unix timestamps into readable dates and understand why time values appear in technical data.
Every guide above connects directly to the relevant CryptoMasterTools calculator or utility. The calculations run on the individual tool pages.