The bearing of x from y is 156degreeb what is the bearing of y from x with the aid of diagram
no diagram needed.
ever hear of doing a 180?
What do you think that involves?
You add or subtract 180. If it is less than 180, add 180.
To find the bearing of y from x, we need to add or subtract 180 degrees from the bearing of x from y.
Since the bearing of x from y is 156 degrees, the bearing of y from x would be:
180 degrees + 156 degrees = 336 degrees
So, the bearing of y from x is 336 degrees.
Here's a simplified diagram to help visualize the situation:
```
x
|
|
156° | 336°
---------y----------
```
In this diagram, x represents the starting point, y represents the ending point, and the bearing is shown as an angle between the two points.
To determine the bearing of y from x, we need to consider that bearings are measured clockwise from the north direction.
Let's start by drawing a diagram to visualize the scenario. Place point x and point y on the diagram.
Next, draw a line from y to x to represent the direction from y to x.
To calculate the bearing of y from x, we need to find the angle formed between the line connecting y to x and the north direction. Since the bearing from x to y is given as 156 degrees, the bearing from y to x will be the opposite direction or 180 degrees from it.
So, on the diagram, draw a line representing the north direction at a right angle to the line connecting y to x. Measure an angle of 180 degrees from the line connecting y to x, starting from the north direction line. This will give you the bearing of y from x on the diagram.
Remember, in a bearing, the reference direction is always north. So, with the given information, the bearing of y from x would be 180 degrees.
Note: Make sure to label the diagram properly and include the angles and distances if they are given in the problem.