Merge pull request #21 from borsec-suveran/patch-19

svarlamov · web-flow · commit 69e2a3968c37 · 2020-03-20T06:10:58.000+08:00
Update 00_.md
diff --git a/02_Data Types and Variables/00_Data Types/05_Floating-Point Numbers/00_.md b/02_Data Types and Variables/00_Data Types/05_Floating-Point Numbers/00_.md
@@ -1 +1 @@
-Floating-point types represent real numbers and has a range of values and precision. The one downside of floating-points are they can behave abnormally during calculations and result in the loss of precision. The floating-point size depends on the platform (the browser and the OS). 32-bit OS and browser have 32 bits for number, while 64-bit have 64 bits. Therefore, it is good idea to use 32-bit numbers as it will work on any platform, including the 64-bit platforms. Floating-point types usually have a decimal and are extremely useful in JavaScript.
+Floating-point types represent real numbers and have a range of values and precision. The one downside of floating-points is that they can behave abnormally during calculations and result in the loss of precision. The floating-point size depends on the platform (the browser and the OS). 32-bit OS's and browsers have 32 bits for numbers, while 64-bit have 64 bits. Therefore, it is good idea to use 32-bit numbers as they will work on any platform, including 64-bit platforms. Floating-point types usually have a decimal and are extremely useful in JavaScript.

Original file line number	Diff line number	Diff line change
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`1`		-Floating-point types represent real numbers and has a range of values and precision. The one downside of floating-points are they can behave abnormally during calculations and result in the loss of precision. The floating-point size depends on the platform (the browser and the OS). 32-bit OS and browser have 32 bits for number, while 64-bit have 64 bits. Therefore, it is good idea to use 32-bit numbers as it will work on any platform, including the 64-bit platforms. Floating-point types usually have a decimal and are extremely useful in JavaScript.
	`1`	+Floating-point types represent real numbers and have a range of values and precision. The one downside of floating-points is that they can behave abnormally during calculations and result in the loss of precision. The floating-point size depends on the platform (the browser and the OS). 32-bit OS's and browsers have 32 bits for numbers, while 64-bit have 64 bits. Therefore, it is good idea to use 32-bit numbers as they will work on any platform, including 64-bit platforms. Floating-point types usually have a decimal and are extremely useful in JavaScript.