is under root 2/3 a rational number? justify your answer
Answers
Answered by
17
Answer:
no became the define of Q is no. which are in the form if p/q ,p and q are integers but here p and are not integer .hence not Q
Answered by
30
Step-by-step explanation:
let us assume √2/3 is a irrational number
then , √2/3 in the form of p/q
√2/3 = a/b (where a,b ≠ 0)
√2 = 3a/b
but √2 is a irrational number
so, 3a/b is a irrational number
therefore, our assumption is wrong
√2/3 is a irrational numbee
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