Prove that √3 ber.
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Answers
Answer:
If possible , let
3
be a rational number and its simplest form be
b
a
then, a and b are integers having no common factor
other than 1 and b
=0.
Now,
3
⟹3=
b. a
2 2
(On squaring both sides )
or, 3b 2 =a 2 .......(i)⟹3 divides a 2
(∵3 divides 3b 2 )⟹3 divides a
Let a=3c for some integer c
Putting a=3c in (i), we get
or, 3b 2 =9c2 ⟹b 2 =3c 2⟹3 divides b 2
(∵3 divides 3c 2 )⟹3 divides a
Explanation:
Hope it's helpful to you
but don't know it is right answer or no..
Answer:
If possible , let
3
be a rational number and its simplest form be
b
a
then, a and b are integers having no common factor
other than 1 and b
=0.
Now,
3
⟹3=
b. a
2 2
(On squaring both sides )
or, 3b 2 =a 2 .......(i)⟹3 divides a 2
(∵3 divides 3b 2 )⟹3 divides a
Let a=3c for some integer c
Putting a=3c in (i), we get
or, 3b 2 =9c2 ⟹b 2 =3c 2⟹3 divides b 2
(∵3 divides 3c 2 )⟹3 divides a
Explanation:
Hope it's helpful to you
but don't know it is right answer or no..