Typos

docs/architecture/governance.md

@@ -60,7 +60,7 @@ If not, it fails and a new Proposal period starts.
 
 The Cooldown period is a delay in the process that gives users time to review and test the new version of the protocol.
 The community sets up test networks that use the new version of the protocol.
-Users verify that the protocol update works, see how their baking infrastructure works with it, and discusses the proposal.
+Users verify that the protocol update works, see how their baking infrastructure works with it, and discuss the proposal.
 
 ### 4. Promotion period
 

docs/dApps/taquito.md

@@ -42,7 +42,7 @@ npm install @taquito/taquito
 
 For tutorials that include using Taquito, see:
 
-- [Build a simple web application](tutorials/build-your-first-app)
+- [Build a simple web application](/tutorials/build-your-first-app)
 - [Create a contract and web app that mints NFTs](/tutorials/create-an-nft/nft-taquito)
 - [Mint NFTs from a web app](/tutorials/create-an-nft/nft-web-app)
 

docs/developing/information/indexers.md

@@ -167,7 +167,7 @@ Many applications that work with on-chain data use an indexer.
 The simplest example of working with an indexer is a blockchain wallet.
 For example, to display a user's token balances, Temple Wallet queries data from the TzKT indexer and gets tokens' tickers and logos from the contract metadata.
 
-You can do the same thing by calling the `GET tokens/balances` endpoint TzKT API and including your address as the value of the `account` parameter, as in this example:
+You can do the same thing by calling the `GET tokens/balances` endpoint of the TzKT API and including your address as the value of the `account` parameter, as in this example:
 
 ```
 https://api.tzkt.io/v1/tokens/balances?account=tz1UEQzJbuaGJgwvkekk6HwGwaKvjZ7rr9v4

docs/developing/sandbox.md

@@ -25,7 +25,7 @@ The Octez client sandboxed and mockup modes run a local version of the Tezos net
 
 ## Tezbox
 
-[Tezbox](https://github.com/tez-capital/tezbox) is also a simulated Tezos environment that runs in a container.
+[Tezbox](https://github.com/tez-capital/tezbox) is a simulated Tezos environment that runs in a container.
 
 Tezbox provides different images that mirror versions of the Octez suite.
 For example, to run Tezbox with Octez version 19.1 and the Paris protocol, run this command:
@@ -49,7 +49,7 @@ Tezbox provides sample accounts in the `/tezbox/context/accounts.json` file.
 
 ## Flextesa
 
-The [Flextesa](https://tezos.gitlab.io/flextesa/) is a simulated Tezos environment that runs in a container.
+The [Flextesa](https://tezos.gitlab.io/flextesa/) is also a simulated Tezos environment that runs in a container.
 
 The Flextesa image has different scripts that start different versions of the Tezos protocol.
 For example, to start a Flextesa sandbox with the Oxford protocol, run this command:

docs/smart-contracts.mdx

@@ -24,7 +24,7 @@ For example, it is common to create financial instruments like various *tokens*
 
 In most cases, smart contracts remove intermediates and drastically reduce costs compared to classic paper contracts and their validations.
 
-Notice that a smart contract can only run and interact with the blockchain it's stored on. It can't interact with the outside world. That's where *decentralized applications* or "dApps" come in ,because they provide interfaces for the outside world.
+Notice that a smart contract can only run and interact with the blockchain it's stored on. It can't interact with the outside world. That's where *decentralized applications* or "dApps" come in, because they provide interfaces for the outside world.
 
 ## Components of a smart contract
 

docs/smart-contracts/data-types/complex-data-types.md

@@ -56,7 +56,7 @@ In this layout, both sides of the main pair contain a pair, then both sides of t
 
 Here is an example of a binary tree: `{{-42; "Hello"}; {True; 21}}`
 
-The binary tree layout is be more efficient than a right comb when accessing arbitrary elements.
+The binary tree layout is more efficient than a right comb when accessing arbitrary elements.
 For example, to access the last element, you can get the second element of the main pair (`{True; 21}`) and the second element of that pair (`21`).
 If the tree is balanced, the number of operations to get to any element is
 $$O(\log_2 (size))$$, whereas for a right comb, it's $$O(size)$$.

docs/tutorials/create-an-nft/nft-taquito.md

@@ -18,7 +18,7 @@ In this tutorial, you will learn:
 :::note
 
 This tutorial covers both the backend and frontend parts of a dApp.
-For a simpler tutorial that covers creating only the frontend application, see [Mint NFTs from a web app](tutorials/create-an-nft/nft-web-app).
+For a simpler tutorial that covers creating only the frontend application, see [Mint NFTs from a web app](/tutorials/create-an-nft/nft-web-app).
 
 :::
 

docs/tutorials/join-dal-baker/prepare-account.md

@@ -78,7 +78,7 @@ This command creates an account and associates it with the `my_baker` alias:
    octez-client register key my_baker as delegate
    ```
 
-1. Stake at least 6,000 tez, saving a small amount for transaction fees,by running this command:
+1. Stake at least 6,000 tez, saving a small amount for transaction fees, by running this command:
 
    ```bash
    octez-client stake 6000 for my_baker