In futures trading, you can participate in market movements and make a profit bygoing long or short on a futures contract.By going long, a trader buys a futures contract with the expectation that it will rise in value in the future.Conversely, a trader sells a futures contract to go short, to bet on prices to decline in the future.

1. USDⓈ-Margined Futures Contracts - Supports perpetual and delivery contracts and settled in USDT or BUSD. USDⓈ-Margined Futures Contract Specifications：https://www.binance.com/en/support/faq/360033161972
2. Coin-Margined Futures Contracts - Supports perpetual and delivery contracts and is settled in cryptocurrency. Coin-Margined Futures Contract Specifications：https://www.binance.com/en/support/faq/a4470430e3164c13932be8967961aede

Follow the steps to transfer assets from the "Spots" account to the "Futures" account: Click "Assets" > Click "Futures" > Click "USD(S) --M" > Click "Transfer"

On our Binance Futures platform, you can go long or short with leverage to reduce risk or seek profits in volatile markets. Follow these steps to start trading on our Binance Futures platform:

1. Deposit USDT, BUSD into your USDⓈ-M Futures account as margin, and other Coins e.g. BTC into your COIN-M Futures as margin
2. Select the level of leverage to your preference
3. Choose the appropriate order type (buy or sell)
4. Indicate the number of contracts you wish to own

How to calculate Unrealized PNL and ROE%

USDⓈ-M Futures Contracts

• Users choose Mark price as price basis:

Unrealized PNL = position size * direction of order * (mark price - entry price)ROE% =Unrealized PNL in USDT / entry margin = ( (mark Price - Entry Price) * direction of order * size) / (position_amount * contract_multiplier * mark_price* IMR)

• IMR = 1/Leverage
• Users choose the Latest price as a price basis:

Unrealized PNL = position size * direction of order * (latest price - entry price)ROE% = Unrealized PNL in USDT / entry margin = ( ( latest price - entry Price) * direction of order * size) / (position_amount * contract_multiplier * mark_price* IMR)