How to Use Ethereum: A Beginner's Guide to Sending and Reading Transactions

Using Ethereum means two things: sending value across the network and being able to read what happened afterward. To do the first, you need a self-custody wallet, a small amount of ETH to cover network fees, and the recipient's address. To do the second, you use a block explorer that turns raw on-chain data into a readable record of who sent what, when, and how much it cost. This guide walks beginners through both halves — making transactions confidently and decoding them like an analyst — so you stop treating Ethereum as a black box and start using it deliberately.

📷 A clean diagram showing the two halves of using Ethereum — a wallet sending a transaction on the left, a block explorer reading it on the right

What Ethereum Actually Is (in Plain Terms)

Ethereum is best understood as a shared, always-on computer that no single company owns. Thousands of machines around the world keep an identical copy of its state and agree, in lockstep, on every change. That computer is the smart contract engine known as the Ethereum Virtual Machine (EVM), and the agreement process that keeps everyone honest is Proof of Stake.

When you "use Ethereum," you are submitting a request to this shared computer and paying for the computational work it performs. The people running the machines that process your request are called validators, and the fee you pay them is denominated in ETH.

Two Account Types You Must Know

Everything on Ethereum revolves around accounts, and there are exactly two kinds. Confusing them is the single most common beginner mistake.

The practical takeaway: only your wallet (an EOA) can initiate action. A smart contract sits there waiting; it only does something when your wallet calls it. Every dApp interaction — swapping a token, minting an NFT, staking — is your EOA sending a transaction that tells a contract what to do.

How Ethereum Transactions Work

A transaction is simply an instruction from your account that changes the network's state. There are three flavors:

• EOA to EOA — sending ETH from one wallet to another.
• Deploying a contract — publishing new code to the network.
• Calling a contract — telling existing code to run (the vast majority of activity).

The Life of a Transaction

Once you hit "confirm," your transaction moves through a predictable pipeline. Understanding it explains why some transactions land in seconds and others sit "pending."

1. Signing — Your wallet signs the transaction with your private key, proving you authorized it.
2. Broadcast to the mempool — The signed transaction joins a public waiting room of pending transactions.
3. Inclusion — A validator picks it up, checks it is valid, and packs it into the next block.
4. Confirmation — The block is agreed upon by the network and stored on-chain.
5. Finality — As more blocks stack on top, the transaction becomes practically irreversible.

📷 A horizontal flow diagram of the five transaction stages from signing to finality, with the mempool highlighted as a waiting room

Gas Fees Without the Headache

"Gas" is the unit that measures computational work. The more your transaction asks the network to do, the more gas it consumes. Your fee is the gas used multiplied by the price you pay per unit of gas, quoted in gwei (1 gwei = 0.000000001 ETH).

Since the EIP-1559 upgrade, every fee has two parts:

• Base fee — the mandatory minimum, set algorithmically by network demand. This portion is burned (permanently destroyed).
• Priority fee (tip) — an optional bonus that incentivizes validators to include you faster. This goes to the validator.

Your wallet also lets you set a gas limit: the maximum amount of gas you authorize. It is a safety cap, not a target. Learn more in our deeper breakdown of gas fees.

Worked Example: Reading a Real Fee

Imagine a transaction that consumed 121,397 gas at a gas price of 10.969 gwei. The cost is:

121,397 × 10.969 gwei = 1,331,800 gwei ≈ 0.00133 ETH

At an ETH price of $3,000, that is roughly $4.00. The same transaction during a network rush, with the price spiking to 60 gwei, would cost about 0.00728 ETH (~$21.85) — over five times more for the identical action. This is why timing matters more than most beginners realize.

Why Fees Rise and Fall

Ethereum aims for a target block size of about 15 million gas, with a hard ceiling of 30 million. When blocks run fuller than target, the base fee rises by up to 12.5% per block; when they run lighter, it falls by the same step. EIP-1559 did not make gas cheap — it made gas predictable. The base fee mechanism is a thermostat, not a discount.

A useful side effect: because the base fee is burned, ETH supply shrinks whenever the network burns more than it mints. In quiet periods, supply grows slightly; in busy periods, it can turn deflationary. ETH issuance is, in effect, a live function of demand.

How to Send Your First Ethereum Transaction

Here is the practical checklist. You need only two things to begin: a self-custody wallet and enough ETH to cover fees.

1. Set up a wallet. A browser-based wallet like MetaMask is the most common starting point. Install the extension, then create your account by securely backing up your seed phrase offline. If you want a fully guided walkthrough, see our MetaMask beginner's guide.
2. Fund it with ETH. You can't transact without gas, even when sending tokens. Acquire ETH first — our overview of where to buy Ethereum covers the options.
3. Enter the recipient and amount. Always paste the address using copy/paste or a QR scan — never type it by hand.
4. Verify the address — twice. Clipboard-hijacking malware can silently swap a pasted address for an attacker's. Confirm the first and last several characters match what you intended.
5. Review the gas estimate. Your wallet suggests base and priority fees. During congestion, consider waiting rather than overpaying.
6. Sign and broadcast. Approve the popup, then hit confirm. You'll receive a transaction hash — a unique fingerprint you can track on an explorer.
7. Wait for confirmation. Anywhere from seconds to several minutes depending on congestion and your tip.

📷 A screenshot of a wallet's send screen with the recipient address, ETH amount, and the gas fee breakdown highlighted

Reading the Chain: Block Explorers

Writing to Ethereum costs gas; reading it is free. A block explorer is a search engine for the blockchain. Paste any address, transaction hash, or block number and it returns a clean, organized view. The most widely used explorer for Ethereum's main chain is Etherscan, which goes deeper than any wallet on transaction-level detail.

Explorers serve four main jobs: as a search engine for on-chain data, as a read/write API, as an analytics dashboard of charts, and as an auditing tool for inspecting contract code.

Decoding a Block's Status

Click into any block and you'll see a status. It tells you how settled that block is:

For anything valuable, wait for a finalized status before treating a payment as truly done.

Anatomy of a Transaction Page

Open any transaction hash and you'll find a consistent set of fields worth knowing:

• Status — Success, Pending, Failed, or Dropped.
• Block confirmations — how many blocks have been stacked on top; more is safer.
• From / To — sender and recipient. Addresses may show as a human-readable ENS name (like `name.eth`) instead of a long hex string.
• Interacted with — when a transaction calls a contract (say, an NFT transfer), this reveals exactly which contract your wallet triggered.
• Gas details — the gas used, the gas price, and the total fee — the same numbers from our worked example above.

📷 A screenshot of an Etherscan transaction page with the Status, From/To, and Gas fields circled

Following Money Across Chains

Much of today's activity lives on Layer-2 networks and other chains, so reading the main chain alone is no longer enough. Moving assets between chains relies on cross-chain bridges, and a typical bridge transfer works in four steps:

1. The bridge deploys matching contracts on the source and destination chains.
2. You send tokens to the bridge contract on the source chain, including your destination address.
3. After security checks, the source contract relays the instruction to the destination chain.
4. The destination contract releases the tokens to your address, minus gas.

In practice you only worry about entering the correct destination address and holding enough gas; the rest runs in the background. To trace a bridge transfer end to end, you read the first half on Ethereum's explorer and the second half on the destination chain's explorer — for example, a move from Ethereum to a Polygon network is followed on Etherscan and then on that chain's own explorer.

Risks and Pitfalls to Avoid

Using Ethereum confidently means knowing where beginners lose money:

• Address-swap malware. Always verify a pasted address character-by-character at the start and end.
• Failed transactions still cost gas. If a transaction reverts, the gas spent on processing is not refunded. Don't set a gas limit far too low.
• Overpaying during congestion. A non-urgent transfer rarely needs a high tip. Check current gas before confirming.
• Treating "pending" as "sent." Only a confirmed — ideally finalized — transaction is real.
• Bridging to the wrong address or chain. Cross-chain mistakes are usually irreversible. Double-check the destination network, not just the address.

COINOTAG Perspective

The beginners who get comfortable fastest are the ones who treat the block explorer as a habit, not an afterthought. Before you send anything large, do a 10-cent test transfer and read it back on the explorer — confirm the recipient, the amount, and the fee. That single discipline catches address errors, mispriced gas, and wrong-chain mistakes before they become expensive. Using Ethereum well is less about memorizing jargon and more about building the reflex to verify what actually happened on-chain. Once you can both send a transaction and explain its explorer page line by line, you've crossed from passive user to informed participant — and that's the real goal of this guide.

When you're ready to put your ETH to work rather than just move it, our guide on how to stake Ethereum is the natural next step.