Overall
  • 👋Welcome to Artichoke
  • Single-Sided LP Mechanics
    • 📠Basic Mathematics
    • 💰Related Pricing
    • 📊The Bonding Curve
    • ⌛Staking & Impermanent Loss
    • 🔙Variation and Returns
    • 🧮Total Returns
  • Single-Sided Liquidity Strategies
    • 1️⃣Uniswap's Inherent Hedging
    • 2️⃣The Straddle
    • 3️⃣Delta-Zero
  • Protocol Architecture
    • 🔀Virtual Omnipool and Tails
    • ⚖️Stabilizer Pool
    • 👨‍💻Product Overview from the User Perspective
  • Token Metrics
    • 🪙CHOKE Token
    • 📈Accruing Value
    • 🔥Burn Schedule
  • Staking
    • 📗Staking Guide
    • ❔Staking FAQ
  • Security Report
    • 🔐Artichoke Alpha Phase Report
  • FAQ
    • ❓Frequently Asked Questions
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  1. Single-Sided LP Mechanics

The Bonding Curve

PreviousRelated PricingNextStaking & Impermanent Loss

Last updated 2 years ago

To sum up previous calculations, let's visualizeKKKas the price moves on different scenarios:

When plotted, the constant product function is a quadratic hyperbola. The axes re- present the LP reserves: every trade starts at the point on the curve that corresponds to the current ratio of reserves. To calculate the output amount we need to find a new point on the curve, which has the xxx coordinate of x+Δxx + \Delta xx+Δx (and viceversa with yyy and Δy\Delta yΔy)

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