Include corrections by @MaureenElsberry in docs

docs/src/tut/index.md

@@ -24,12 +24,12 @@ Or, if using Scala.js (0.6.x):
 
 ## Remote data
 
-Fetch is a library for making access to data both simple & efficient. Fetch is specially useful when querying data that
+Fetch is a library for making access to data both simple & efficient. Fetch is especially useful when querying data that
 has a latency cost, such as databases or web services.
 
 ## Define your data sources
 
-For telling `Fetch` how to get the data you want, you must implement the `DataSource` typeclass. Data sources have a `fetch` method that
+To tell Fetch how to get the data you want, you must implement the `DataSource` typeclass. Data sources have a `fetch` method that
 defines how to fetch such a piece of data.
 
 Data Sources take two type parameters:
@@ -45,7 +45,7 @@ trait DataSource[Identity, Result]{
 }
 ```
 
-We'll implement a dummy data source that can convert integers to strings. For convenience we define a `fetchString` function that lifts identities (`Int` in our dummy data source) to a `Fetch`. 
+We'll implement a dummy data source that can convert integers to strings. For convenience, we define a `fetchString` function that lifts identities (`Int` in our dummy data source) to a `Fetch`. 
 
 ```tut:silent
 import cats.Eval
@@ -87,7 +87,7 @@ As you can see in the previous example, the `ToStringSource` is queried once to
 
 ## Batching
 
-Multiple fetches to the same data source are automatically batched. For ilustrating it, we are going to compose three indepent fetch results as a tuple.
+Multiple fetches to the same data source are automatically batched. For illustrating it, we are going to compose three independent fetch results as a tuple.
 
 ```tut:silent
 import cats.syntax.cartesian._
@@ -103,7 +103,7 @@ val result: (String, String, String) = fetchThree.runA[Eval].value
 
 ## Concurrency
 
-If we combine two independent fetches from different data sources, the fetches will be run concurrently. Let's first add a data source that fetches a string's size.
+If we combine two independent fetches from different data sources, the fetches will be run concurrently. First, let's add a data source that fetches a string's size.
 
 ```tut:silent
 implicit object LengthSource extends DataSource[String, Int]{
@@ -118,7 +118,7 @@ implicit object LengthSource extends DataSource[String, Int]{
 def fetchLength(s: String): Fetch[Int] = Fetch(s)
 ```
 
-And now we can easily data from the two sources in a single fetch. 
+And now we can easily receive data from the two sources in a single fetch. 
 
 ```tut:silent
 val fetchMulti: Fetch[(String, Int)] = (fetchString(1) |@| fetchLength("one")).tupled
@@ -132,7 +132,7 @@ val result: (String, Int) = fetchMulti.runA[Eval].value
 
 ## Caching
 
-When fetching an identity, subsequents fetches for the same identity are cached. Let's try creating a fetch that asks for the same identity twice.
+When fetching an identity, subsequent fetches for the same identity are cached. Let's try creating a fetch that asks for the same identity twice.
 
 ```tut:silent
 val fetchTwice: Fetch[(String, String)] = for {
@@ -141,7 +141,7 @@ val fetchTwice: Fetch[(String, String)] = for {
 } yield (one, two)
 ```
 
-When running it, notice that the data source is only queried once. The next time the identity is requested it's served from the cache.
+While running it, notice that the data source is only queried once. The next time the identity is requested it's served from the cache.
 
 ```tut:book
 val result: (String, String) = fetchTwice.runA[Eval].value

tut/README.md

@@ -21,14 +21,14 @@ Or, if using Scala.js:
 "com.fortysevendeg" %%% "fetch" %% "0.2.0"
 ```
 
-### Supported versions
+Fetch is available for the following Scala and Scala.js versions:
 
-- Scala: 2.11.x
-- Scala.js: 0.6.x
+- Scala 2.11.x
+- Scala.js 0.6.x
 
 ## Remote data
 
-Fetch is a library for making access to data both simple & efficient. Fetch is specially useful when querying data that
+Fetch is a library for making access to data both simple & efficient. Fetch is especially useful when querying data that
 has a latency cost, such as databases or web services.
 
 ## Define your data sources
@@ -49,7 +49,7 @@ trait DataSource[Identity, Result]{
 }
 ```
 
-We'll implement a dummy data source that can convert integers to strings. For convenience we define a `fetchString` function that lifts identities (`Int` in our dummy data source) to a `Fetch`. 
+We'll implement a dummy data source that can convert integers to strings. For convenience, we define a `fetchString` function that lifts identities (`Int` in our dummy data source) to a `Fetch`. 
 
 ```tut:silent
 import cats.Eval
@@ -91,7 +91,7 @@ As you can see in the previous example, the `ToStringSource` is queried once to
 
 ## Batching
 
-Multiple fetches to the same data source are automatically batched. For ilustrating it, we are going to compose three indepent fetch results as a tuple.
+Multiple fetches to the same data source are automatically batched. For illustrating it, we are going to compose three independent fetch results as a tuple.
 
 ```tut:silent
 import cats.syntax.cartesian._
@@ -107,7 +107,7 @@ val result: (String, String, String) = fetchThree.runA[Eval].value
 
 ## Concurrency
 
-If we combine two independent fetches from different data sources, the fetches will be run concurrently. Let's first add a data source that fetches a string's size.
+If we combine two independent fetches from different data sources, the fetches will be run concurrently. First, let's add a data source that fetches a string's size.
 
 ```tut:silent
 implicit object LengthSource extends DataSource[String, Int]{
@@ -122,7 +122,7 @@ implicit object LengthSource extends DataSource[String, Int]{
 def fetchLength(s: String): Fetch[Int] = Fetch(s)
 ```
 
-And now we can easily data from the two sources in a single fetch. 
+And now we can easily receive data from the two sources in a single fetch. 
 
 ```tut:silent
 val fetchMulti: Fetch[(String, Int)] = (fetchString(1) |@| fetchLength("one")).tupled
@@ -136,7 +136,7 @@ val result: (String, Int) = fetchMulti.runA[Eval].value
 
 ## Caching
 
-When fetching an identity, subsequents fetches for the same identity are cached. Let's try creating a fetch that asks for the same identity twice.
+When fetching an identity, subsequent fetches for the same identity are cached. Let's try creating a fetch that asks for the same identity twice.
 
 ```tut:silent
 val fetchTwice: Fetch[(String, String)] = for {
@@ -145,7 +145,7 @@ val fetchTwice: Fetch[(String, String)] = for {
 } yield (one, two)
 ```
 
-When running it, notice that the data source is only queried once. The next time the identity is requested it's served from the cache.
+While running it, notice that the data source is only queried once. The next time the identity is requested it's served from the cache.
 
 ```tut:book
 val result: (String, String) = fetchTwice.runA[Eval].value