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-### [Ethereum Applications](/learn/introduction-to-ethereum/ethereum-applications)
-
-- Describe the origin and goals of the Ethereum blockchain
-- List common types of applications that can be developed with the Ethereum blockchain
-- Compare and contrast Web2 vs. Web3 development
-- Compare and contrast the concept of "ownership" in Web2 vs. Web3
-
-### [Gas Use in Ethereum Transactions](/learn/introduction-to-ethereum/gas-use-in-eth-transactions)
-
-- Explain what gas is in Ethereum
-- Explain why gas is necessary in Ethereum
-- Understand how gas works in Ethereum transactions
-
-### [EVM Diagram](/learn/introduction-to-ethereum/evm-diagram)
-
-- Diagram the EVM
-
-### [Setup and Overview](/learn/hardhat/hardhat-setup-overview/hardhat-setup-overview-sbs)
-
-- Install and create a new Hardhat project with Typescript support
-- Describe the organization and folder structure of a Hardhat project
-- List the use and properties of hardhat.config.ts
-
-### [Testing with Hardhat and Typechain](/learn/hardhat/hardhat-testing/hardhat-testing-sbs)
-
-- Set up TypeChain to enable testing
-- Write unit tests for smart contracts using Mocha, Chai, and the Hardhat Toolkit
-- Set up multiple signers and call smart contract functions with different signers
-
-### [Etherscan](/learn/hardhat/etherscan/etherscan-sbs)
-
-- List some of the features of Etherscan
-- Read data from the Bored Ape Yacht Club contract on Etherscan
-- Write data to a contract using Etherscan.
-
-### [Deploying Smart Contracts](/learn/hardhat/hardhat-deploy/hardhat-deploy-sbs)
-
-- Deploy a smart contract to the Base Sepolia Testnet with hardhat-deploy
-- Deploy a smart contract to the Sepolia Testnet with hardhat-deploy
-- Use BaseScan to view a deployed smart contract
-
-### [Verifying Smart Contracts](/learn/hardhat/hardhat-verify/hardhat-verify-sbs)
-
-- Verify a deployed smart contract on Etherscan
-- Connect a wallet to a contract in Etherscan
-- Use etherscan to interact with your own deployed contract
-
-### [Hardhat Forking](/learn/hardhat/hardhat-forking/hardhat-forking)
-
-- Use Hardhat Network to create a local fork of mainnet and deploy a contract to it
-- Utilize Hardhat forking features to configure the fork for several use cases
-
-### ['Introduction to Remix'](/learn/introduction-to-solidity/introduction-to-remix)
-
-- List the features, pros, and cons of using Remix as an IDE
-- Deploy and test the Storage.sol demo contract in Remix
-
-### [Deployment in Remix](/learn/introduction-to-solidity/deployment-in-remix)
-
-- Deploy and test the Storage.sol demo contract in Remix
-
-### [Hello World](/learn/contracts-and-basic-functions/hello-world-step-by-step)
-
-- Construct a simple "Hello World" contract
-- List the major differences between data types in Solidity as compared to other languages
-- Select the appropriate visibility for a function
-
-### [Basic Types](/learn/contracts-and-basic-functions/basic-types)
-
-- Categorize basic data types
-- List the major differences between data types in Solidity as compared to other languages
-- Compare and contrast signed and unsigned integers
-
-### [Test Networks](/learn/deployment-to-testnet/test-networks)
-
-- Describe the uses and properties of the Base testnet
-- Compare and contrast Ropsten, Rinkeby, Goerli, and Sepolia
-
-### [Deployment to Base Sepolia](/learn/deployment-to-testnet/deployment-to-base-sepolia-sbs)
-
-- Deploy a contract to the Base Sepolia testnet and interact with it in [BaseScan]
-
-### [Contract Verification](/learn/deployment-to-testnet/contract-verification-sbs)
-
-- Verify a contract on the Base Sepolia testnet and interact with it in [BaseScan]
-
-### [Control Structures](/learn/control-structures/control-structures)
-
-- Control code flow with `if`, `else`, `while`, and `for`
-- List the unique constraints for control flow in Solidity
-- Utilize `require` to write a function that can only be used when a variable is set to `true`
-- Write a `revert` statement to abort execution of a function in a specific state
-- Utilize `error` to control flow more efficiently than with `require`
-
-### [Storing Data](/learn/storage/simple-storage-sbs)
-
-- Use the constructor to initialize a variable
-- Access the data in a public variable with the automatically generated getter
-- Order variable declarations to use storage efficiently
-
-### [How Storage Works](/learn/storage/how-storage-works)
-
-- Diagram how a contract's data is stored on the blockchain (Contract -> Blockchain)
-- Order variable declarations to use storage efficiently
-- Diagram how variables in a contract are stored (Variable -> Contract)
-
-### [Arrays](/learn/arrays/arrays-in-solidity)
-
-- Describe the difference between storage, memory, and calldata arrays
-
-### [Filtering an Array](/learn/arrays/filtering-an-array-sbs)
-
-- Write a function that can return a filtered subset of an array
-
-### [Mappings](/learn/mappings/mappings-sbs)
-
-- Construct a Map (dictionary) data type
-- Recall that assignment of the Map data type is not as flexible as for other data types/in other languages
-- Restrict function calls with the `msg.sender` global variable
-- Recall that there is no collision protection in the EVM and why this is (probably) ok
-
-### [Function Visibility and State Mutability](/learn/advanced-functions/function-visibility)
-
-- Categorize functions as public, private, internal, or external based on their usage
-- Describe how pure and view functions are different than functions that modify storage
-
-### [Function Modifiers](/learn/advanced-functions/function-modifiers)
-
-- Use modifiers to efficiently add functionality to multiple functions
-
-### [Structs](/learn/structs/structs-sbs)
-
-- Construct a `struct` (user-defined type) that contains several different data types
-- Declare members of the `struct` to maximize storage efficiency
-- Describe constraints related to the assignment of `struct`s depending on the types they contain
-
-### [Inheritance](/learn/inheritance/inheritance-sbs)
-
-- Write a smart contract that inherits from another contract
-- Describe the impact inheritance has on the byte code size limit
-
-### [Multiple Inheritance](/learn/inheritance/multiple-inheritance)
-
-- Write a smart contract that inherits from multiple contracts
-
-### [Abstract Contracts](/learn/inheritance/abstract-contracts-sbs)
-
-- Use the virtual, override, and abstract keywords to create and use an abstract contract
-
-### [Imports](/learn/imports/imports-sbs)
-
-- Import and use code from another file
-- Utilize OpenZeppelin contracts within Remix
-
-### [Error Triage](/learn/error-triage/error-triage)
-
-- Debug common solidity errors including transaction reverted, out of gas, stack overflow, value overflow/underflow, index out of range, etc.
-
-### [The New Keyword](/learn/new-keyword/new-keyword-sbs)
-
-- Write a contract that creates a new contract with the new keyword
-
-### ['Contract to Contract Interaction'](/learn/interfaces/contract-to-contract-interaction)
-
-- Use interfaces to allow a smart contract to call functions in another smart contract
-- Use the `call()` function to interact with another contract without using an interface
-
-### [Events](/learn/events/hardhat-events-sbs)
-
-- Write and trigger an event
-- List common uses of events
-- Understand events vs. smart contract storage
-
-### [Address and Payable in Solidity](/learn/address-and-payable/address-and-payable)
-
-- Differentiate between address and address payable types in Solidity
-- Determine when to use each type appropriately in contract development
-- Employ address payable to send Ether and interact with payable functions
-
-### [Minimal Token](/learn/token-development/minimal-tokens/minimal-token-sbs)
-
-- Construct a minimal token and deploy to testnet
-- Identify the properties that make a token a token
-
-### [The ERC-20 Token Standard](/learn/token-development/erc-20-token/erc-20-standard)
-
-- Analyze the anatomy of an ERC-20 token
-- Review the formal specification for ERC-20
-
-### [ERC-20 Implementation](/learn/token-development/erc-20-token/erc-20-token-sbs)
-
-- Describe OpenZeppelin
-- Import the OpenZeppelin ERC-20 implementation
-- Describe the difference between the ERC-20 standard and OpenZeppelin's ERC20.sol
-- Build and deploy an ERC-20 compliant token
-
-### [The ERC-721 Token Standard](/learn/token-development/erc-721-token/erc-721-standard)
-
-- Analyze the anatomy of an ERC-721 token
-- Compare and contrast the technical specifications of ERC-20 and ERC-721
-- Review the formal specification for ERC-721
-
-### [ERC-721 Token](/learn/token-development/erc-721-token/erc-721-sbs)
-
-- Analyze the anatomy of an ERC-721 token
-- Compare and contrast the technical specifications of ERC-20 and ERC-721
-- Review the formal specification for ERC-721
-- Build and deploy an ERC-721 compliant token
-- Use an ERC-721 token to control ownership of another data structure
-
-### [Wallet Connectors](/learn/onchain-app-development/frontend-setup/wallet-connectors)
-
-- Identify the role of a wallet aggregator in an onchain app
-- Debate the pros and cons of using a template
-- Scaffold a new onchain app with RainbowKit
-- Support users of EOAs and the Coinbase Smart Wallet with the same app
-
-### [Building an Onchain App](/learn/onchain-app-development/frontend-setup/building-an-onchain-app)
-
-- Identify the role of a wallet aggregator in an onchain app
-- Debate the pros and cons of using a template
-- Add a wallet connection to a standard template app
-
-### [The `useAccount` Hook](/learn/onchain-app-development/reading-and-displaying-data/useAccount)
-
-- Implement the `useAccount` hook to show the user's address, connection state, network, and balance
-- Implement an `isMounted` hook to prevent hydration errors
-
-### [The `useReadContract` Hook](/learn/onchain-app-development/reading-and-displaying-data/useReadContract)
-
-- Implement wagmi's `useReadContract` hook to fetch data from a smart contract
-- Convert data fetched from a smart contract to information displayed to the user
-- Identify the caveats of reading data from automatically-generated getters
-
-### [Configuring `useReadContract`](/learn/onchain-app-development/reading-and-displaying-data/configuring-useReadContract)
-
-- Use `useBlockNumber` and the `queryClient` to automatically fetch updates from the blockchain
-- Describe the costs of using the above, and methods to reduce those costs
-- Configure arguments to be passed with a call to a `pure` or `view` smart contract function
-- Call an instance of `useReadContract` on demand
-- Utilize `isLoading` and `isFetching` to improve user experience
-
-### [The `useWriteContract` hook](/learn/onchain-app-development/writing-to-contracts/useWriteContract)
-
-- Implement wagmi's `useWriteContract` hook to send transactions to a smart contract
-- Configure the options in `useWriteContract`
-- Display the execution, success, or failure of a function with button state changes, and data display
-
-### [The `useSimulateContract` hook](/learn/onchain-app-development/writing-to-contracts/useSimulateContract)
-
-- Implement wagmi's `useSimulateContract` and `useWriteContract` to send transactions to a smart contract
-- Configure the options in `useSimulateContract` and `useWriteContract`
-- Call a smart contract function on-demand using the write function from `useWriteContract`, with arguments and a value
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