fix typos

coins/src/adapters/markets/aktionariat/aktionariat.ts

@@ -47,7 +47,7 @@ export default async function getTokenPrices(
   chain: string,
   subgraph: string,
   timestamp: number,
-  ignoreAddresses: string[], // ignore stablecoin addreses
+  ignoreAddresses: string[], // ignore stablecoin addresses
 ) {
   let tokenInfos: any[];
   tokenInfos = await fetchTokensFromSubgraph(subgraph, timestamp);

coins/src/adapters/other/mooBvmEth.ts

@@ -72,7 +72,7 @@ async function contractCalls(
   let price =
     (reserve0.output * priceEth + reserve1.output * priceBvm) /
     totalSupply.output;
-  price *= multiplier.output / 1e18; // mutiplier decimals removed
+  price *= multiplier.output / 1e18; // multiplier decimals removed
   price = priceEth / price;
 
   addToDBWritesList(

coins/src/adapters/readme.md

@@ -19,7 +19,7 @@ An adapter is just a javascript file that exports an async function that returns
     price: 1.45632, 
     adapter: 'aave', // unique adapters identifier, used for tracability inside the database 
     symbol: "USDT", // symbol of the token
-    confidence: 0.7, // number 0-1 desribing the reliablility of the price data (more information below) 
+    confidence: 0.7, // number 0-1 describing the reliablility of the price data (more information below) 
     redirect: 'coingecko#ethereum', // some coins will in theory always have the same price as another token in the DB. In this case a 'redirect' can be used instead of a 'price'. This will usually be undefined
     decimals: 18, // the number of a decimals that a token has      
   };
@@ -52,7 +52,7 @@ We can see that [index.ts] exports a function with the same name as the protocol
 getTokenPrices() uses a variety of functions and libraries to find token prices:
 
 1. Axios is used in fetchFromIpfs(), to fetch market information from IPFS by a REST get call. API calls don't necessarily have to be to IPFS, however we do prefer on-chain data to protocol APIs. Especially for numerical data used to calculate price. 
-2. The getBlock() utility is used to find the block height of the given chain at the the given timestamp. It is worth checking the utils folder for any functions you need that may have already been written. 
+2. The getBlock() utility is used to find the block height of the given chain at the given timestamp. It is worth checking the utils folder for any functions you need that may have already been written. 
 3. getTokenAndRedirectData() fetches information from the DefiLlama coins database, about coins deposited to the Euler markets.
 4. multiCall()is a function from the DefiLlama SDK which allows us to fetch on-chain data from many functions at once. There are lots of examples on how to use the DefiLlama SDK in the DefiLlama/DefiLlama-Adapters repo.