The given series is in the below pattern , we can see that
The series is abc / aabc / aabbc / aabbcc / a.
Hence , required answer will be abac .
The order of above series is given as -
baab / baab / baab
Hence the required answer is abba .
The given series is in the below pattern , we can see that
cabbac / cabbac / cabbac.
Hence , required answer will be acbcb .
The series is babb / bbab / bbba / bbbb.
Thus, in each sequence, 'a' moves one step forward and 'b' takes its place and finally in the fourth sequence, it is eliminated.
The given series is in the below pattern , we can see that
The series formed is:
a a b a b c a b c d d c b a c b a b a a in which the letters equi?distant from the beginning and end are the same.
Hence , required answer will be abdca .
From above given series , we can see that
The sequence order of above series is given as-
adbcacbdabcddcbadbcacbda
Hence , required answer will be cbbaa .
The sequence order of above series is given as-
a a b b c c d d/ a a a b b b c c c d d d
Hence , required answer will be bdac .
The sequence order of above series is given as-
baab / baab / baab
Hence , required answer will be abba .
From above given series ,
Firstly , we make the pairs of four letters in given series . Now putting the values of options one by one a specific order in blank position .
a a b b/ b b a a/ a a b b / b b a a.
Hence , required answer will be bbaa and the correct option is A .
The given series is in the below pattern , we can see that
cabbac / cabbac / cabbac.
Hence , required answer will be acbcb .
lmn/nml/lmn/nml ? mnnm
The sequence is repeat of alternative two block lmn and nml.
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