Apply alternating +3, +2 shift: Computer : fqprxvht :: Language : ?

Introduction / Context:
This problem features an alternating Caesar shift pattern: +3 on the first letter, +2 on the next, and so on. Detecting alternating shifts is a frequent theme in coding-decoding analogies.

Given Data / Assumptions:

• “Computer” encodes to “fqprxvht”.
• We must encode “Language” using the same alternating shift.
• Alphabet index A=1 … Z=26 with wrap-around.

Concept / Approach:
Verify the alternation on the example, then apply +3 to positions 1,3,5,… and +2 to positions 2,4,6,… of “Language”. Keep letter order intact and wrap after Z if necessary.

Step-by-Step Solution:

Verification / Alternative check:
Decoding by alternating −3, −2 brings “ocqixcjg” back to “Language,” confirming the rule and application are correct.

Why Other Options Are Wrong:

• oxpixdig/ocqicyig/ocqixcig: Each deviates at one or more positions from the strict +3, +2 alternation applied to the true letter values.

Common Pitfalls:
Losing track of the alternation after a few letters or misapplying +2 and +3 to the wrong positions. Mark odd and even positions clearly before computing.

Final Answer:
ocqixcjg