Point A is 26 m to the south of Point B. Point C is 13 m to the east of Point B. Point C is 39 m to the north of Point D. Point D is 14 m to the west of Point E. Point F is 13 m to the north of Point E. Point G is 40 m to the west of Point F. Point H is to the north of Point G and also to the west of Point C.
In which direction is Point H with respect to Point F?
1. North-west
2. North
3. North-east
4. West
Answer (2)
To determine the direction of Point H with respect to Point F, we need to consider the series of movements described in the problem.
Understanding the Points and Initial Relationship :
Point A is 26 m south of Point B.
Point C is 13 m east of Point B.
Point C is 39 m north of Point D.
Point D is 14 m west of Point E.
Point F is 13 m north of Point E.
Point G is 40 m west of Point F.
Positioning of Point H :
Point H is described as being to the north of Point G and also to the west of Point C.
Analyzing the Path :
Start from Point F, and head west 40 m to reach Point G.
From Point G, Point H is located somewhere northwards.
Additionally, Point H must be further west compared to Point C.
Direction of Point H with respect to Point F :
Point G is already to the west of Point F.
Point H being north of Point G indicates it lies in the northwest quadrant relative to Point F.
Conclusion :
Based on the combinations described, Point H is indeed North-west of Point F.
Therefore, the direction of Point H with respect to Point F is option 1. North-west .
Point H is located north of Point G, which is west of Point F. Therefore, Point H is in the northwest direction relative to Point F. The answer is option 1: North-west.
;
