fixed mistakes

README.md

@@ -6,12 +6,12 @@ timestring.js attempts to parse a human readable time string into a time based v
 
 ```js
 var str = '1h 15m';
-var time = str.parseTime(); 
+var time = str.parseTime();
 
 console.log(time); // will log 4500
 ```
 
-In the example above `str` is just a plain old `String` object. timestring.js adds a new method to the `String` objects prototype named `parseTime`. This method parses the string and returns a time based value. 
+In the example above `str` is just a plain old `String` object. timestring.js adds a new method to the `String` objects prototype named `parseTime`. This method parses the string and returns a time based value.
 
 **By default the returned time value will be in seconds.**
 
@@ -19,7 +19,7 @@ The time string can contain as many time groups as needed:
 
 ```js
 var str = '1d 3h 25m 18s';
-var time = str.parseTime(); 
+var time = str.parseTime();
 
 console.log(time); // will log 98718
 ```
@@ -28,7 +28,7 @@ and can be as messy as you like:
 
 ```js
 var str = '1 d    3h 25              m         1   8s';
-var time = str.parseTime(); 
+var time = str.parseTime();
 
 console.log(time); // will log 98718
 ```
@@ -78,14 +78,14 @@ By default the return time value will be in seconds. This can be changed by pass
 ```js
 var str = '22h 16m';
 
-var hours = str.parseTime('h'); // 22.266666666666666 
-var days = str.parseTime('d'); // 0.9277777777777778 
+var hours = str.parseTime('h'); // 22.266666666666666
+var days = str.parseTime('d'); // 0.9277777777777778
 var weeks = str.parseTime('w'); // 0.13253968253968254
 
 // or
 
-var hours = (new Timestring()).parse(str, 'h'); // 22.266666666666666 
-var days = (new Timestring()).parse(str, 'd'); // 0.9277777777777778 
+var hours = (new Timestring()).parse(str, 'h'); // 22.266666666666666
+var days = (new Timestring()).parse(str, 'd'); // 0.9277777777777778
 var weeks = (new Timestring()).parse(str, 'w'); // 0.13253968253968254
 ```
 
@@ -116,17 +116,17 @@ var settings = {
 
 var time = str.parseTime('h', settings);
 
-// or 
+// or
 
 var time = (new Timestring(settings)).parse(str, 'h');
 
 
-console.log(time) // will log 1
+console.log(time); // will log 1
 ```
 
 In the example of above `hoursPerDay` is being set to `1`. When the time string is being parsed, the return value is being specified as hours. Normally `1d` would parse to `24` hours (as by deafult there are 24 hours in a day) but because `hoursPerDay` has been set to `1`, `1d` will now only parse to `1` hour.
 
-This would be useful for specific application needs. 
+This would be useful for specific application needs.
 
 *Example  - Employees of my company work 7.5 hours a day, and only work 5 days a week. In my time tracking app, when they type `1d` i want 7.5 hours to be tracked. When they type `1w` i want 5 days to be tracked etc.*
 
@@ -138,18 +138,18 @@ var settings = {
 
 // get time values from form input
 var today = document.querySelector('time-input').value,  // '1d'
-	thisWeek = document.querySelector('time-input').value // '1w';
+	thisWeek = document.querySelector('time-input').value; // '1w'
 
 // parse times
 var hoursToday = today.parseTime('h', settings),
 	daysThisWeek = thisWeek.parseTime('d', settings);
 
-// or 
+// or
 
 var hoursToday = (new Timestring(settings)).parse(today, 'h'),
-	daysThisWeek = (new Timestring(settings)).parse(thisWeek, 'd')
+	daysThisWeek = (new Timestring(settings)).parse(thisWeek, 'd');
 
 
-console.log(hoursToday) // will log 7.5
-console.log(daysThisWeek) // will log 5
-```
+console.log(hoursToday); // will log 7.5
+console.log(daysThisWeek); // will log 5
+```