The position of how many letters will remain unchanged if each of the letter in the word ‘FINGER' is arranged in alphabetical order?
One
The question asks us to determine how many letters in the word 'FINGER' keep their original position when the letters are rearranged in alphabetical order.
The word provided is 'FINGER'. Let's look at the letters and their positions in the original word:
Now, we need to arrange the letters of 'FINGER' (F, I, N, G, E, R) in alphabetical order. The letters are E, F, G, I, N, R.
Arranging them alphabetically, we get the new sequence:
Let's compare the letter at each position in the original word and the word arranged alphabetically.
| Position | Original Word (FINGER) | Alphabetical Order | Position Unchanged? |
|---|---|---|---|
| 1 | F | E | No |
| 2 | I | F | No |
| 3 | N | G | No |
| 4 | G | I | No |
| 5 | E | N | No |
| 6 | R | R | Yes |
By comparing the letters at each position, we can see that only the letter in Position 6 remains the same ('R') after arranging the letters in alphabetical order.
Therefore, the position of only one letter remains unchanged.
| Concept | Description | Example (from FINGER) |
|---|---|---|
| Original Position | The place of a letter in the given word. | 'F' is in Position 1. |
| Alphabetical Order | Arranging letters from A to Z. | E < F < G < I < N < R |
| Unchanged Position | When a letter stays in the same numbered position after rearrangement. | 'R' is in Position 6 originally and in Position 6 alphabetically. |
This type of problem is common in verbal reasoning and logical puzzles. It tests your ability to follow instructions (like arranging in alphabetical order) and compare data (positions). Similar problems might involve arranging letters in reverse alphabetical order or following other specific rules.
Understanding alphabetical order is key to solving these quickly. For longer words, making a quick table or list helps keep track of the original and new positions.
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