Prove that
is an irrational number.
Let assume that
is rational
Therefore it can be expressed in the form of
, where p and q are integers and q≠0
Therefore we can write √4 =
- √3
(√4)2 = (
- √3)2
4 =
-
+3
4 - 3 =
- ![]()
- 1 = ![]()
= ![]()
= √3
is a rational number as p and q are integers. This contradicts the fact that √3 is irrational, so our assumption is incorrect. Therefore
is irrational.
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