In the following question, which one set of letters when sequentially ...
1) cbca ⇒ accb/accb/accb (repeated pattern of “accb”)
2) abcd ⇒ aacbaccbdccb
3) bdac ⇒ abcdaacbcccb
4) abdc ⇒ aacbadcbcccb
Therefore, “cbca” are set of letters which will complete the series.
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In the following question, which one set of letters when sequentially ...
Given letter series: a_c_a_cb_ccba
To complete the given letter series, we need to find the set of letters that can be sequentially placed in the gaps. Let's analyze each option:
Option A: cbcab
Placing this set of letters in the gaps, the series becomes: a_c_a_cb_ccba
The pattern observed is that the letter 'c' is repeated after every second letter. This pattern is consistent with the given series. Therefore, option A is a possible answer.
Option B: abcdc
Placing this set of letters in the gaps, the series becomes: a_c_a_cb_ccba
This option does not follow the pattern observed in the given series. The letter 'b' is repeated after every second letter in the series, not 'c'. Therefore, option B is not the correct answer.
Option C: bdacd
Placing this set of letters in the gaps, the series becomes: a_c_a_cb_ccba
This option also does not follow the pattern observed in the given series. The letter 'b' is repeated after every second letter in the series, not 'd'. Therefore, option C is not the correct answer.
Option D: abdc
Placing this set of letters in the gaps, the series becomes: a_c_a_cb_ccba
This option does not follow the pattern observed in the given series. The letter 'b' is repeated after every second letter in the series, not 'd'. Therefore, option D is not the correct answer.
Conclusion:
After analyzing all the options, we can conclude that option A (cbcab) is the correct answer. It follows the pattern observed in the given series where the letter 'c' is repeated after every second letter.