👮
Contract Cops
  • Mastering Ethereum Book
    • What is ethereum?
    • Tokens
    • Oracles
    • Decenralized Applications(DApps)
    • The Ethereum virtual machine
    • Ethereum basics
    • Ethereum clients
    • Cryptography
    • Wallets
    • Transactions
    • Chapter 7 - Smart Contracts & Solidity
    • Side Notes
      • Tokens
      • Smart Contracts and Solidity
  • Cryptography
    • Ethereum Cryptography - Cheatsheet
    • Assymetric vs symmetric cryptography
    • ECDSA vs RSA
    • Elliptic curves and ECDSA
    • Sha-256 Example
    • Sha-256
    • What are the different steps in SHA-256?
  • Ethereum Blocks
    • Block Headers
  • Learning Solidity
    • Storage vs memory
    • Upgradeable contracts
      • Proxy pattern in smart contracts
  • PoS
    • Proof of stake
  • PoW
    • PoW
  • Tokens
    • ERC-1155
    • ERC20
  • Cryptonomics
    • Automated market makers
    • Collateral Tokens
    • Collateralized Stablecoin
    • Fiat currency
    • Liquidity pool
    • Open Position: Meaning and Risk in Trading
    • Slippage
    • Spot price
  • Common Attack Vectors
    • Checking access control
    • Access control issues on critical functions
    • Account Existence Check for low level calls
    • Account Existence Check
    • Common attacks with contract/EOA addresses
    • Arithmetic under/overflow
    • Assert Attack
    • Assert require revert
    • Assert Violation
    • Bad Interface DOS
    • Bad pragma and compiler
    • Block Timestamp Manipulation
    • Bypassing contract check
    • Code With No Effects
    • Code size check vulnerability
    • Constructors with Care
    • Default Visibilities
    • Delegatecall
    • Delegatecall
    • Denial of Service (DoS)
    • DoS with block gas limit
    • Entropy Illusion
    • External contract referencing
    • Flash Loan Attack
    • Floating Point and Precision
    • Function selector abuse
    • Function selector abuse
    • Smart contract gas griefing
    • Hash collision parameters
    • Hash Collisions With Multiple Variable Length Arguments
    • Imprecise arithmetic
    • Improper Array Deletion
    • Incorrect array deletion
    • Incorrect interface
    • Insufficient Gas Griefing
    • Loop through long arrays
    • Message call with hardcoded gas amount
    • Not enough gas for ether transfer
    • Precision Loss in Calculations
    • Oracle Manipulation
    • Public Burn Function
    • Read-only reentrancy
    • Race Conditions/Front Running
    • Reentrancy Attacks
    • Reentrancy
    • Requirement Violation
    • Right-To-Left-Override control character (U+202E)
    • Shadowing State Variables
    • Short Address / Parameter attack
    • Signature Malleability
    • Signature Replay
    • Transaction Order Dependence
    • Tx.Origin Authentication
    • Unchecked CALL Return Values
    • Unexpected ether
    • Uninitialized Storage Pointers
    • Unsafe Ownership Transfer
  • EIP's
    • EIP155
    • EIP55
  • PoW
    • Ethash
    • Scrypt - RFC 7914
  • Questions for self evaluation
    • Questions 23/04/2023 (Nr: 84)
    • Usability guide for questions
  • Frequently asked questions
    • What is the difference between transaction and message?
    • What is the use of a interface or function without implementation?
  • UsefulResources
Powered by GitBook
On this page
  • What Is an Open Position?
  • KEY TAKEAWAYS
  • Open Position Explained
  • Open Positions and Risk
  1. Cryptonomics

Open Position: Meaning and Risk in Trading

PreviousLiquidity poolNextSlippage

Last updated 2 years ago

By

What Is an Open Position?

An open position in investing is any established or entered trade that has yet to close with an opposing trade. An open position can exist following a buy, a , a sell, or a . In any case, the position remains open until an opposing trade takes place.

KEY TAKEAWAYS

  • An open position is a trade that has been established, but which has not yet been closed out with an opposing trade.

  • If an investor owns 300 shares of a stock, they have an open position in that stock until it is sold.

  • An open position represents market exposure for the investor, and the risk remains until the position is closed.

  • Day traders open and close their positions in a matter of seconds and aim to have no open positions at the end of the day.

Open Position Explained

For example, an investor who owns 500 shares of a certain stock is said to have an open position in that stock. When the investor sells those 500 shares, the position closes. Buy-and-hold investors typically have one or more open positions at any given time. Short-term traders may execute "; a position opens and closes within a relatively short period. Day traders and may even open and close a position within a few seconds, trying to catch minimal but multiple price movements throughout the day.

Open Positions and Risk

An open position represents market exposure for the investor. The risk exists until the position closes. Open positions can be held from minutes to years depending on the style and objective of the investor or trader.

Of course, portfolios are composed of many open positions. The amount of risk entailed with an open position depends on the size of the position relative to the account size and the holding period. Generally speaking, long holding periods are riskier because there is more exposure to unexpected market events.

The only way to eliminate exposure is to close out the open positions. Notably, closing a short position requires buying back the shares while closing long positions entails selling the long position.

CAROLINE BANTON
long position
short position
round-trip" trades
scalpers