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SSC CGL Reasoning · Analogy

Letter Rearrangement

Here the letters of the word are moved rather than changed: the word is reversed, cut into blocks, or its letters swap places. Harder codes move the letters and then shift them.

Why this matters

Thirty-seven questions in the bank, seventeen EASY and twenty MODERATE, ten of them from the 2025 shifts. Seventeen of the twenty MODERATE ones are a move followed by a shift, which is why this page comes after the shifts: the first check, 'are these the same letters?', tells you which half of the rule you are looking at.

Concept 1 of 3: Reversed words and reversed blocks

If the code uses exactly the word's letters, nothing was shifted: only the order changed. The commonest change is reading the word backwards, either as a whole or in pieces.

Definition

  • First check: are the code's letters the same letters as the word's? If yes, look only at order.
  • Read the code backwards. If that gives the word, the rule is a full reversal.
  • If not, cut the word into two halves (or blocks of three) and reverse each block, or swap the blocks.
  • In a word of odd length, see what happens to the middle letter: it may stay put, or the cut may fall at 4 and 3.
  • Fast route: the option must start with the letter the rule puts first. Strike out the rest before reading further.

Worked example

CANDLE : NACELD :: PLANET : ?
Practice this conceptself-check · 4 quick reps

The same idea in a real exam question:

SSC CGL · 2025 · Tier I, 14 Sep 2025, Shift 3 · Q15Moderate

Example 1 · Analogy · Letter Rearrangement

In each of the following questions, a word is transformed by rearranging its letters according to a specific pattern. Apply the same pattern to the third word and choose the correct answer from the given alternatives. EXCUSE : CXEESU :: ERODES : ?

Reversing the whole word when only the halves turn

A half-reversed code and a fully reversed code contain the same letters, and SSC prints both. Test the rule on the given pair: the full reversal must give the code exactly.

Cutting a word of odd length in the wrong place

A seven-letter word may be cut 4 and 3, or 3, 1 and 3 with the middle letter kept. Read the cut from the given pair rather than guessing it.

Concept 2 of 3: Swapped pairs and numbered positions

When the order is not a simple reversal, number the letters 1, 2, 3, ... and write down which number lands in each place of the code. That list of numbers is the rule, and it works on any word of the same length.

Definition

  • Pair swap: letters 1 and 2 change places, then 3 and 4, and so on. An odd last letter stays.
  • First and last swap: the middle letters stay where they are.
  • Numbered order: write 1, 2, 3, ... under the word and read off the order the code uses, for example 3, 1, 4, 2. The code's first letter is the word's third letter, its second is the word's first, and so on.
  • Use a given word with no repeated letters to read the order; a double letter hides which copy went where.

Worked example

LION : OLNI :: BEAR : ?
Practice this conceptself-check · 4 quick reps

The same idea in a real exam question:

SSC CGL · 2025 · Tier I, 13 Sep 2025, Shift 2 · Q15Easy

Example 2 · Analogy · Letter Rearrangement

In each of the following questions, a specific rearrangement pattern is applied to the first word to form the second. Identify the same pattern and apply it to the third word to determine the correct answer from the given alternatives. AROUND : RAUODN :: GROUND : ?

Reading the order the wrong way round

The order 3, 1, 4, 2 means the code's first letter is the word's third letter. It does not mean the word's first letter moves to place 3. For many orders the two readings give different answers, and SSC prints both.

Reading the order from a word with a double letter

In a word such as COFFEE you cannot tell which F went where. Take the order from a word whose letters are all different, then apply it.

Concept 3 of 3: A move and a shift together

If the code's letters are not the word's letters but the gaps look random, the letters may have been moved first. Reverse the word, or swap its halves, and write the gaps again: a clean pattern usually appears.

Definition

  • Order of checks: same letters? Then it is a pure move (see above). Gaps all equal? Then it is a pure shift. Neither? Reverse the word and write the gaps again.
  • Common SSC pairs: reverse, then shift every letter the same; reverse, then shift by +1, +2, +3, ...; swap the halves, then shift; swap pairs and replace the middle letters by their opposites.
  • For one fixed shift the order of the two steps does not matter. For rising gaps it does, so copy the order of steps from the given pair.
  • Fast route: find the first letter of the answer from the LAST letter of the word as well as the first. One of the two usually matches only one option.

Worked example

COAT : UBPD :: SHIP : ?
Practice this conceptself-check · 4 quick reps

The same idea in a real exam question:

SSC CGL · 2024 · Tier I, 25 Sep 2024, Shift 2 · Q23Moderate

Example 3 · Analogy · Letter Rearrangement

Select the option that is related to the fifth term in the same way as the second term is related to the first term and the fourth term is related to the third term. EYES : FTFZ :: MIND : OENJ :: REST : ?

Shifting before reversing when the gaps rise

With rising gaps, 'reverse then +1, +2, +3' and '+1, +2, +3 then reverse' give different codes. Take the order of the steps from the given pair and keep it.

Giving up on random-looking gaps

Gaps such as +18, −13-13, +15 against the word usually mean the letters were moved first. Reverse the word and measure the gaps again before you try anything stranger.

Summary — formulas & gotchas at a glance

A revision cheat-sheet for the formulas and gotchas above. Click any concept name to jump back to its full explanation.

Watch out for (6)

Test yourself on Analogy

20 past SSC CGL questions from this chapter, timed at 12 minutes and marked the way the exam marks it. You see your score and every answer the moment you finish. Free to start.