diff --git a/docs/evm/cadence/batched-evm-transactions.md b/docs/evm/cadence/batched-evm-transactions.md index 6ad56aa327..87f7e4ed30 100644 --- a/docs/evm/cadence/batched-evm-transactions.md +++ b/docs/evm/cadence/batched-evm-transactions.md @@ -453,9 +453,9 @@ the `execute` block which can be used call into EVM. You can run a transaction that does just this step here: [`setup_coa.cdc`] -Since you ran the all-in-one transaction previously, your account already has a COA configured so the transaction above -in which case the linked transaction won't do anything. You can lookup your Testnet account's EVM address with the -script below to confirm you have a COA configured. Simply input your Testnet address and click `Run`. +Since you ran the all-in-one transaction previously, your account already has a COA configured in which case the linked +transaction won't do anything. You can lookup your Testnet account's EVM address with the script below to confirm you +have a COA configured. Simply input your Testnet Flow address and click `Run`. @@ -565,9 +565,9 @@ our Cadence transaction. This returned data is accessible from the `data` field You can run the above code as a transaction here: [`wrap_flow.cdc`] -After running the transaction, your COA should have a WFLOW balance of 1.0 WFLOW. Confirm by running the script below, -providing your Flow account address, the WFLOW address of `0xd3bF53DAC106A0290B0483EcBC89d40FcC961f3e` and your COA's -EVM address (retrieved from a previous script): +After running the transaction, your COA should have a WFLOW balance of 1.0 WFLOW. Confirm your WFLOW balance by running +the script below, providing your Flow account address, the WFLOW address of `0xd3bF53DAC106A0290B0483EcBC89d40FcC961f3e` +and your COA's EVM address (retrieved from a previous script): @@ -578,7 +578,7 @@ WFLOW or `1000000000000000000` as returned. :::warning Note that the number of places to shift varies by ERC20 implementation -- the default value is 18, but it's not safe to -assume. You can check a token's decimal places by calling `ERC20.decimals()(uint8)`. +assume this value. You can check a token's decimal places by calling `ERC20.decimals()(uint8)`. ::: @@ -662,8 +662,8 @@ going through the process step by step illuminates the power and flexibility of transactions as simple or as complex as you want. While lengthy transactions can be intimidating and even a bit verbose at times, the flexibility afforded by the language -means you are only limited by your imaginations. Cadence transactions allow you to support the most streamlined of -experience, incorporating as many contract as you need to support your use case. +means you are only limited by your imagination. Cadence transactions allow you to support the most streamlined of +experiences, incorporating as many contracts as needed to support your use case. ## Conclusion