Given the following points and their relative positions:
- Point A is 3 m east of point B. - Point D is 4 m north of point C. - Point K is 7 m west of point J. - Point D is 4 m south of point A. - Point L is 4 m south of point G, who is 6 m west of point F. - Point E is 5 m east of point C. - Point B is 5 m north of point F. - Point M is 5 m south of point E, who is 4 m west of point N. - Point K is 3 m north of point Q. - Point I is 4 m east of point A. - Point J is 6 m north of point I.
**Question:** In which direction is point M with respect to point Q?

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**Solution:**

1. Let's analyze the given points step-by-step to find the relative position of point M with respect to point Q.

2. From the data:
   - Point K is 3 m north of Q.
   - Point K is also 7 m west of J.
   - Point J is 6 m north of I.
   - Point I is 4 m east of A.
   - Point A is 3 m east of B.
   - Point B is 5 m north of F.
   - Point G is 6 m west of F.
   - Point L is 4 m south of G.
   - Point C is 4 m south of D.
   - Point D is 4 m south of A.
   - Point E is 5 m east of C.
   - Point M is 5 m south of E.
   - Point E is 4 m west of N.

3. To find the direction of M from Q, we need to find their relative coordinates.

4. Assign coordinates to Q as origin (0,0).

5. Since K is 3 m north of Q, K = (0, 3).

6. K is 7 m west of J, so J = (7, 3).

7. J is 6 m north of I, so I = (7, -3).

8. I is 4 m east of A, so A = (3, -3).

9. A is 3 m east of B, so B = (0, -3).

10. B is 5 m north of F, so F = (0, -8).

11. G is 6 m west of F, so G = (-6, -8).

12. L is 4 m south of G, so L = (-6, -12).

13. D is 4 m south of A, so D = (3, -7).

14. C is 4 m south of D, so C = (3, -11).

15. E is 5 m east of C, so E = (8, -11).

16. M is 5 m south of E, so M = (8, -16).

17. Now, find the direction of M (8, -16) from Q (0, 0).

18. The vector from Q to M is (8, -16), which means 8 m east and 16 m south.

19. This direction corresponds to **South East**.

**Answer:** South east

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