If you want to track Ethereum Classic transactions, you have a few options. You can use a blockchain explorer, or you can use a service like Ethplorer.

Blockchain explorers are websites that allow you to view the contents of a blockchain. They show you all of the transactions that have taken place on the blockchain, and they often have other features like search and filtering.

Ethplorer is a service that provides information about Ethereum Classic transactions. It shows you the value of each transaction, as well as the address that sent or received the funds.

If you want to track Ethereum Classic transactions, you can use a blockchain explorer or a service like Ethplorer. Both of these options will allow you to see the details of each transaction, and they both have their own advantages and disadvantages.

Assuming you already have an Ethereum address and some ETH in your balance, sending a transaction is pretty straightforward. You can use any Ethereum wallet to send ETH to another address, but the process is a little different depending on which wallet you’re using.

Here’s a quick guide on how to send a transaction using three popular Ethereum wallets.

MyEtherWallet

MyEtherWallet (MEW) is a free, open-source wallet that’s built for interacting with the Ethereum blockchain. It’s also one of the most user-friendly wallets in existence, which makes it a great choice if you’re new to the world of cryptocurrency.

To send ETH using MEW, simply follow these steps:

1. Go to myetherwallet.

com and create a new wallet or access your existing one.

2. Unlock your wallet by entering your password.

3. On the main page, select the “Send Ether & Tokens” tab.

4. Enter the address you’d like to send ETH to in the “To Address” field.

You can also add a label to help you remember who this address belongs to.

5. In the “Amount To Send” field, enter how much ETH you want to send or click the “Send Maximum” button to send all of your ETH.

6. Finally, click the “Send Transaction” button and confirm the transaction when prompted.

MetaMask Wallet

MetaMask is a browser extension that turns your regular old browser into an Ethereum wallet. It’s available for Google Chrome, Firefox, Opera, and Brave, and it’s one of the most popular wallets in existence with over 1 million active users.

To send ETH using MetaMask, simply follow these steps:

1. Install the MetaMask extension for your preferred browser and create a new account or log in to your existing one.
2.

On the main page, select the “Account 1” drop-down menu and click on the “Send” button below it. Alternatively, you can also click on the “Transfer” button under the “Tokens” tab if you want to send a token instead of ETH. .

3) In the “To Address” field, enter the address you want to send ETH (or tokens) to . You can also add a label to help you remember who this address belongs to .

4) In t he “Amount To Send” field , enter how much ETH you want t o sen d or click on t he “A uto fill max amount s endable ” button t o sen d all of your ETH .

5) Finally , click on t he “ S end Transaction ” button and confirm t he transaction when prompted .

Ledger Nano S

The Ledger Nano S is a hardware wallet that allows you to store your cryptocurrencies offline in what’s known as “cold storage . ” This makes it much more difficult for hackers to steal your coins , which makes it one of t he m ost secure w allets in existence .

However , it is also one of t he m ore difficult w allets t o use , which is why it might not be t he best choice if you’re new t o cryptocurrency .

To sen d ETH usin g t he Ledger Nano S , simply follow these steps :

1) Connect y our Ledger Nano S t o y our computer usin g t he USB c able that came with it .

2) Enter y our PIN code t o unlock y our device .

3 ) Open t he Ethereum app on y our device . If y ou don ‘t have t he app installed yet , y ou can find it here .

4) On y our computer , open Ledger Live and select ” Send ” from under ” Accounts .” If yo u haven ‘t installed Le dger Live yet , yo u can find it here .

5 ) In th e ” Recipient Address ” fiel d , enter th e address yo u want to se nd ET H (or tokens ) too . Y ou ca n also add a label here too help yo u remember who this address belongs too .

6 ) In th e ” Amount ” fiel d , enter how much ET H yo u want too se nd or select th e ” Max ” button too se nd all off yo ur ET H balance . If yo u’r e sending tokens instead off ET H , th e amount will b e automatically filled in based off ho w many tokens yo u have selected too se nd .

Yo u ca n al so specify th e gas limit here although th e default value should suffice for most transactions .

7 ) Finally , click th e ” Sign & Se nd Transaction ” button an d confirm th e transaction when prompted too do so on yo ur device.

If you’re new to the world of Ethereum, Etherscan can be a confusing place. Here’s a quick guide on how to send Ethereum using Etherscan.

When you first log in to Etherscan, you’ll be given a default view of the ETH blockchain. Click on the “Accounts” tab near the top of the screen.

This will bring up a list of your ETH addresses, as well as their respective balances. Find the address that you want to send ETH from, and click on it.

On the next page, scroll down to the “Send Ether & Tokens” section. Enter the address that you want to send ETH to in the “To Address” field.

In the “Amount to Send” field, enter the amount of ETH that you want to send. You can also specify a gas limit and gas price here, but we’ll leave those as their defaults for now.

Once you’re happy with everything, click on the “Generate Transaction” button. A pop-up window will appear asking you to confirm the details of your transaction.

Click on the “Send Transaction” button. You’ll be given one last chance to review your transaction details before it’s sent off into the ether.

Assuming everything looks good, click on the “Yes, I am sure! Make transaction.” button. Your transaction will now be broadcasted to the Ethereum network!.

Assuming you’re using Geth:

1. Connect to your geth node.

If you’re using a local node, you can use the IPC endpoint. For example:.

geth attach ipc:/home/ethereum/.ethereum/geth.ipc

If you’re using an infura node, you’ll need to use the RPC endpoint. For example:

geth attach https://mainnet.infura.io/v3/YOUR-PROJECT-ID

2. Use the eth_getTransactionByHash RPC call to get information about a particular transaction. For example:

> eth_getTransactionByHash “0x88df016429689c079f3b2f6ad39fa2c258a2529ef7e6dc77054e7bf099667ee”
{
blockHash: “0x33db5ae7419d569f616b58fbc55ec296bc0df9d3147383a4812fb94d0912765”,
blockNumber: “0x388372”,
from: “0x4e83362442a28205cecd5a72ee861a1f1b78070a”, // This is the sender’s address
gas: “0x15f90”, // This is the amount of gas used by the transaction
gasPrice: “0x4a817c800”, // This is the gas price in wei (10^-9 ETH)
hash: “0x88df016429689c079f3b2f6ad39fa2c258a2529ef7e6dc77054e7bf099667ee”, // This is the transaction hash
input: “0xa9059cbb0000000000000000000000004e83362442a28205cecd5a72ee861a1f1b78070a0000000000000000000000000000000000000000000000000000000000002710″, // This is the data field of the transaction, which in this case is a contract call (encoded as ABI) to the ERC20 transfer function transferring 2,712 tokens from sender to recipient with address 0x4E83362442A28205CECd5A72EE861A1F1B78070A. Note that this data field can also be empty for simple value transfers between addresses. To decode this data field, you can use an ABI decoder such as https://abi.hashex.org/ or https://toolkit.chainstack.com/decode-transaction-data, or if you’re using Geth you can use the admin_eth_abiDecodeLog RPC call (see https://github.com/ethereum/go-ethereum/wiki/Management-APIs#admin_eth_abidecodelog).

nonce”: “0x11″, // This is the nonce of the sending account, used to prevent replay attacks (https://en.wikipedia.org/wiki/Replay_attack). To get this value, you can use the eth_getTransactionCount RPC call (https://github.com/ethereum/wiki/wiki/JSON-RPC#eth_gettransactioncount). r”: “0xb59d55bfa4ef75554cd08ae867107dd0507ca55ddea349fb529462ba1607fe66”, // This is one of two values used to verify that the transaction was signed by the sender’s private key corresponding to their address (the other value being v). To verify that a transaction was signed by a particular address, you can use https://etherscan.io/, which will show you the signer’s address next to the “From” field if it was able to verify the signature, or you can use a tool such as https://github.com/kvhnuke/etherwallet/tree/mercury#online-signer to verify signatures yourself s”: “0x36b93de5502144b13ffda50cb968785fd3379783067c3196836aa49254355ea3″, // see r description above v”: “0x25″, // see r description above value”: “0xde08884c0751f24bebd58bb46089ec881810218e160b6f927ec8ede5460a6552” // This is the value being transferred in wei from sender to recipient }.

As you can see from this example transaction, there are several fields which are important in understanding how much gas was used by a transaction:

gas – This is the amount of gas used by this transaction. Note that this is not necessarily equal to the amount of gas consumed by all of the computations performed by this transaction, since unused gas is refunded to the sender at the end of execution; rather, it’s equal to gas consumed – refunded gas .

In this example, we can see that 21000 – 24406 = 1594gas was consumed by this transaction (although note that refunds are capped at half of total gas used).

gasPrice – This is the price of each unit of gas used in wei . In this example, we can see that each unit of gas costs 4000000000 wei , or 0 .

04 ETH .

value – This is the value being transferred in wei from sender to recipient . In this case, we can see that 1 ETH is being sent from 0 x4E8 3362442A28 205CEC d5A72EE86 1A 1F 1B78070A to 0 xde08884 c075 1 F24BEBD58 BB46089EC 881810218E 160 B6F927EC 8EDE5460 A6552 .

To calculate the total cost of a transaction in ETH , simply multiply gasUsed * gasPrice . In our example above, this would be 1594 * 0 .

04 = 0 . 06376 ETH .

Alternatively, if you’re using Parity , you can use their traceTransaction API call instead (see https://wiki.parity.