Teneo Finance
  • Welcome to the Teneo Project
  • Introduction
    • ⚙️ How it works ⚙️
    • 🙋🏻 Example: Ether and Pether
    • 🙋🏿‍♂️ Example: Adam and the Arbitrage
    • 🙋🏽‍♀️ Example: Paula the Project CEO
  • tenXXX Token Ecosystem
    • 💱 tenXXX Tokens 💱
    • ⛓⚖️ AMM ⚖️⛓
    • ⛓ Underlying Token ⛓
    • ⚖️ Liquidity Pools on DEX ⚖️
    • 🏛👛 DAO Wallet 👛🏛
  • Teneo Token Ecosystem
    • 💎Teneo Tokenomics
    • 🚆ROADMAP
  • Interface Guide
    • 🔛Swap
    • 🥃Add Liquidity
    • 🏦Get DEI
    • 🌉Bridge $TEN
  • MISC
    • 🔛Contracts
    • 🥃Audits
  • FAQ
    • 💎Get tenXXX Token
    • ❓FAQ for Hodler
    • 🐞Known Issues
      • 🐛DEX Swap UI
      • 🐞Wrong decimals at scan sides
  • Testnet
    • 🥸Testnet Guide
    • 📔Testnet Contracts
  • Contract Documentation
    • Contracts on BSC Mainnet
    • AMM ERC
    • AMM ETH
    • TenToken
Powered by GitBook
On this page

Was this helpful?

  1. tenXXX Token Ecosystem

⚖️ Liquidity Pools on DEX ⚖️

Explains how liquidity pools on decentral exchanges like pancake swap behave in the Teneo ecosystem

Previous⛓ Underlying Token ⛓Next🏛👛 DAO Wallet 👛🏛

Last updated 3 years ago

Was this helpful?

Besides the another important part of the ecosystem is the existence of liquidity pools. With them Teneo creates trading pressure on the open market for . As soon as the price of an or a token changes in one pool, every other pool will follow because there are profit opportunities for . The liquidity pool also gains reflows like the pools of AMPL getting rebases. As an example: LP tenETH/BUSD -> x * y = k -> 100* 100 = k -> -> 101 * 100 = k -> the price goes down for . BUT: The ratio does not change. So more opportunities are generated by price differences and with this creating more trading pressure.

How liquidity pools work:

AMM
arbitrage
underlying token
tenXXX
arbitrage traders
tenETH
AMM
arbitrage
arbitrage
Uniswap
reflow