Explanation:

Let’s break this down step by step:

- The language gives you what direction and distance each point is from another. It’s always “P [code] Q” means P is ___ from Q.

- Start with the first set:

- A 15& B — A is 17 m west of B

- B 27% C — B is 13 m south of C

- C 17& D — C is 17 m west of D

- L 18% A — L is 13 m south of A

- M 33$ L — M is 20 m east of L

- N 28@ M — N is 14 m north of M

- O 15$ N — O is 20 m east of N

- K 17@ O — K is 14 m north of O

As for the options:

1. C 24@ B — Would mean C is 14 m north of B, but B is actually *south* of C by 13 m, so this is wrong.

2. B 10& A — Would mean B is 17 m west of A, but A is west of B, so this is also wrong.

3. M 28$ N — Would mean M is 20 m east of N, but N is north of M, so wrong again.

4. D 11& K — D is 17 m west of K. Let’s see if this is possible: starting from D, move west 17m to C, west 17m to B, then 17m west to A, etc.—but tracing through all, D and K aren’t in a direct west relationship; they’re on two parallel segments vertically displaced.

So, none of these is the correct answer.

- The options don’t line up with the actual point arrangements based on the original codes.

- This is a classic logic puzzle trick: throw in “none of these” and make sure you check how the points relate.

- Option 5 (“None of these”) is the real answer here.

Hope this makes sense!