Final answer:
The bearing of R from Q is 104°, calculated by subtracting the given bearing of 256° from 360°. Bearings are measured clockwise from North and should be written as three-digit numbers.
Step-by-step explanation:
To work out the bearing of R from Q when given the bearing of Q from R, we need to use the concept of reciprocal bearings. The given information suggests that R is at a bearing of 256° from Q.
To find the bearing from Q to R, we should subtract the given bearing from 360° if the bearing is more than 180°. Thus, the calculation involves 360° - 256°, which equals 104°. Therefore, the bearing of R from Q is 104°. Bearings are always expressed as three-digit numbers, so we can conclude that the bearing of R from Q is 104°.
A bearing is always measured in a clockwise direction from North and is used as a method of expressing direction. It is important to use a protractor for measuring and to write the bearing as a three-digit number, ensuring accuracy in navigation and directional tasks.