The following fractions represent just three different numbers. Separate them into three groups of equivalent fractions, by changing each one to its simplest form.
(a)
(b)![]()
(c)
(d) ![]()
(e)
(f) ![]()
(g)
(h)![]()
(i)
(j) ![]()
(k)
(l)![]()
(a) In this question, we have
=
= ![]()
(b) In this question, we have
=
= ![]()
(c) In this question, we have
=
=
(d) In this question, we have
=
= ![]()
(e) In this question, we have
=
= ![]()
(f) In this question, we have
=
=
(g) In this question, we have
=
=
(h) In this question, we have
=
=
(i) In this question, we have
=
=
(j) In this question, we have
=
=
(k) In this question, we have
=
=
(l) In this question, we have
![]()
In the above solved questions, there are three groups of equivalent fractions:
= (a), (e), (h), (j) and (k)
= (b), (f) and (g)
= (c), (d), (i) and (l)