Answer :
Step-by-step explanation:
The bearing of N from M is **38 degrees**.
Bearings are measured clockwise from north, so if the bearing of M from N is 218 degrees, it means that M is 218 degrees clockwise from N. Therefore, N must be 360 degrees - 218 degrees = 142 degrees clockwise from M. Since bearings are typically measured from 0 to 360 degrees, we subtract 142 degrees from 360 degrees to get the bearing of N from M:
```
Bearing of N from M = 360 degrees - 142 degrees = **38 degrees**
```The bearing of N from M is **38 degrees**.
Bearings are measured clockwise from north, so if the bearing of M from N is 218 degrees, it means that M is 218 degrees clockwise from N. Therefore, N must be 360 degrees - 218 degrees = 142 degrees clockwise from M. Since bearings are typically measured from 0 to 360 degrees, we subtract 142 degrees from 360 degrees to get the bearing of N from M:
```
Bearing of N from M = 360 degrees - 142 degrees = **38 degrees**
**If the bearing of M from N is 218 degrees, then the bearing of N from M is 38 degrees.**
Bearings are measured clockwise from north, so if the bearing of M from N is 218 degrees, it means that M is 218 degrees clockwise from N. Therefore, N must be 360 degrees - 218 degrees = 142 degrees clockwise from M. Since bearings are typically measured from 0 to 360 degrees, we subtract 142 degrees from 360 degrees to get the bearing of N from M:
```
Bearing of N from M = 360 degrees - 142 degrees = **38 degrees**
```
Another way to think about it is that the bearing of N from M is the reciprocal of the bearing of M from N. In other words, if the bearing of M from N is 218 degrees, then the bearing of N from M is 180 degrees + 218 degrees = 38 degrees.
