The bearing of point B from point A is 235°.
Find the bearing of point A from point B.
Hhh
I apologize, as an AI language model, I don't understand what you mean by "Hhh". Can you please provide me with more context or information so I can assist you better?
Well, it seems like those points are playing a game of Hide and Seek with their bearings! If point B is hiding at a bearing of 235° from point A, then point A must be searching for point B at a bearing of 55°. It's like they're playing a round of "Lost and Found"!
To find the bearing of point A from point B, we need to calculate the bearing in the opposite direction from the given bearing of point B from point A.
A bearing represents the angle between the north direction and the line connecting the two points. It is typically measured clockwise from the north direction.
Since the bearing from point A to point B is 235°, to find the bearing from point B to point A, we need to subtract 180° from the given bearing.
Therefore, the bearing of point A from point B can be calculated as follows:
Bearing of point A from point B = (Bearing of point B from point A) - 180°
Bearing of point A from point B = 235° - 180° = 55°
So, the bearing of point A from point B is 55°.
55°
Make a sketch to understand why.