Fix: typos

examples/contract/README.md

@@ -1,6 +1,6 @@
 ## Work with smart contract and tokens
 
-Use TzGo to work with smart contracts and tokens. This examples shows you how to
+Use TzGo to work with smart contracts and tokens. This example shows you how to
 
 - get contract entrypoints
 - execute on-chain views to read data
@@ -37,10 +37,10 @@ Query Commands
   getTotalSupply <contract>                   FA1: fetch total token supply
   getAllowance   <contract> <owner> <spender> FA1: fetch spender permit
 
-Transaction Commands (require private key
+Transaction Commands (require private key)
   transfer       <contract> <token_id> <amount> <receiver> <privkey> FA1+2: transfer tokens to receiver
   approve        <contract> <spender> <amount> <privkey>     FA1: grant spending right
   revoke         <contract> <spender> <amount> <privkey>     FA1: revoke spending right
   addOperator    <contract> <token_id> <spender> <privkey>   FA2: grant full operator permissions
   removeOperator <contract> <token_id> <spender> <privkey>   FA2: revoke full operator permissions
-  ```
+  ```

examples/fa12/README.md

@@ -23,7 +23,7 @@ go run . BKuRFhvhsc3Bwdxedu6t25RmrkqpERVqEk867GAQu43muvi7j4d 17
 
 ### Implementation details
 
-There are different ways to accomplish this for your own contracts. Here we just use the FA1.2 spec to illustrate how the proces works.
+There are different ways to accomplish this for your own contracts. Here we just use the FA1.2 spec to illustrate how the process works.
 
 ```go
   // you need the contract's script for type info
@@ -80,4 +80,4 @@ There are different ways to accomplish this for your own contracts. Here we just
   }
   buf, _ = json.MarshalIndent(transfer, "", "  ")
   fmt.Printf("FA transfer %s\n", string(buf))
-```
+```

examples/rights/README.md

@@ -1,4 +1,4 @@
-## Working wth baking rights
+## Working with baking rights
 
 Use TzGo to fetch baking rights and related data from the Tezos RPC. This example covers a few basic cases.
 

examples/transfer/README.md

@@ -1,6 +1,6 @@
 ## Transfer tez with ease
 
-Use TzGo to construct and broadcast valid Tezos transactions. There are many convenience wrappers that help with the construction side and a simple one-stop-shop `Send()` call that does all the heavy lifting of fee estimation, coordinating signing, broadcasting and waitinh for confirmations. Checkout the source code in the `codec` package and `rpc/run.go` to get a sense of what's possible.
+Use TzGo to construct and broadcast valid Tezos transactions. There are many convenience wrappers that help with the construction side and a simple one-stop-shop `Send()` call that does all the heavy lifting of fee estimation, coordinating signing, broadcasting and waiting for confirmations. Checkout the source code in the `codec` package and `rpc/run.go` to get a sense of what's possible.
 
 The most simple chain of function calls to send a single transfer with default options is
 
@@ -30,4 +30,4 @@ Transaction Commands
   transfer   {<receiver> <amount>}+  transfer tez to single or multiple receiver(s)
 ```
 
-If you provide multiple `<receiver> <amount>` pairs to the command, it produces a single batch transaction.
+If you provide multiple `<receiver> <amount>` pairs to the command, it produces a single batch transaction.

examples/tx/README.md

@@ -1,6 +1,6 @@
 ## Build and sign Tezos operations
 
-Use TzGo to produce any type of Tezos operation. One by one, this example shows all the basic steps to make, encode, simulate, sign, broadacst and wait for operation to be confirmed .
+Use TzGo to produce any type of Tezos operation. One by one, this example shows all the basic steps to make, encode, simulate, sign, broadcast and wait for operation to be confirmed.
 
 ### Usage
 
@@ -20,7 +20,7 @@ Commands
   decode <msg>               decode binary operation
   digest <msg>               generate operation digest for signing
   sign <key> <msg>           sign message digest
-  sign-remoate <key> <msg>   sign message digest using remote signer
+  sign-remote <key> <msg>    sign message digest using remote signer
   simulate <msg>             simulate executing operation using invalid signature
   broadcast <msg> <sig>      broadcast signed operation
   wait <ophash> [<n>]        waits for operation to be included after n confirmations (optional)
@@ -46,7 +46,7 @@ Operation types & required JSON keys
 
 ### Examples
 
-We use a `reveal` operation as simple example, but others work with the same schema. Note that the binary encoding used as input to simulation and signing already contains a recent block hash. You can't jost copy paste below examples 1:1 to walk through the steps. Instead, start at the first command and use each command's output as the input to the following.
+We use a `reveal` operation as simple example, but others work with the same schema. Note that the binary encoding used as input to simulation and signing already contains a recent block hash. You can't just copy paste below examples 1:1 to walk through the steps. Instead, start at the first command and use each command's output as the input to the following.
 
 ```sh
 # encode to binary (also adds a recent block hash for TTL control)