		@@ -35,4 +35,4 @@ # monadsjs

		Maybe monad represents a value (`Just`) or monadic zero (`Nothing`). It's very convinient way to just
		literally let your code fail. Instead of writing multiple checks and try-catches just check type of
		Maybe monad represents a value (`Just`) or monadic zero (`Nothing`). It's very convinient way to
		literally, let your code fail. Instead of writing multiple checks and try-catches just check type of
		the value at the end of transformations chain. In this particular implementation Maybe is just a
		@@ -62,4 +62,4 @@ union type which exists only if you are using TypeScript.
		// Nothing.unit :: () -> Nothing
		// Nothing.bind :: (a -> Just b \| Nothing) -> \| Nothing
		// Nothing.map :: (a -> b) -> \| Nothing
		// Nothing.bind :: (a -> Just b \| Nothing) -> Nothing
		// Nothing.map :: (a -> b) -> Nothing

		@@ -116,4 +116,5 @@ const firstWordLength = words => words[0].length;
		(here I have Haskell in mind). In JavaScript we can take an advantage of IO monads to change unpure
		functions into pure which makes them easy to test. `IO.equals` makes it easy to deep compare two IO
		monads.
		functions into pure which makes them easy to test. This implementation is also
		a [Setoid](https://github.com/hemanth/functional-programming-jargon#setoid). `IO.equals` makes it
		easy to deeply compare two IO monads.

		@@ -138,3 +139,3 @@ ```js

		Promise out of the box is a grate Continuation monad implementation! `Promise.resolve` corresponds
		Promise out of the box is a great Continuation monad implementation! `Promise.resolve` corresponds
		to `unit` and `Promise.then` corresponds to `bind`. Provided Continuation implementation is a minimal
		@@ -141,0 +142,0 @@ wrapper for Promise with methods you know from other monads (`bind` and `unit`). Don't use it, use

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