What type of compass is graduated into 360 degree marks for directional measurement?

What type of compass is graduated into 360 degree marks for directional measurement?

• A. Magnetic compass
• B. Azimuth compass
• C. GPS compass
• D. Topographic compass

Answer: (B)

The azimuth compass is the type of compass that is graduated into 360-degree marks for directional measurement. This design allows users to measure angles in degrees, where a complete circle corresponds to 360 degrees. It is particularly useful for land navigation, mapping, and forestry practices since it enables precise directional reading, which is essential for locating and orienting features in the landscape. An azimuth compass typically provides a clear and accurate way to determine bearings and navigate, especially when working in environments like forests where landmarks may be sparse. Other types of compasses might not be structured specifically for this comprehensive degree system; for instance, a magnetic compass primarily indicates magnetic north rather than providing a full range of directional measurements. Similarly, while a topographic compass might be used in conjunction with maps, its primary function may not revolve around 360-degree increments. A GPS compass leverages satellite technology for navigation, differing in mechanism and dependency on location services rather than traditional degree measurements. Thus, the azimuth compass is the distinct choice for precise 360-degree directional assessment.

The azimuth compass is the type of compass that is graduated into 360-degree marks for directional measurement. This design allows users to measure angles in degrees, where a complete circle corresponds to 360 degrees. It is particularly useful for land navigation, mapping, and forestry practices since it enables precise directional reading, which is essential for locating and orienting features in the landscape.

An azimuth compass typically provides a clear and accurate way to determine bearings and navigate, especially when working in environments like forests where landmarks may be sparse. Other types of compasses might not be structured specifically for this comprehensive degree system; for instance, a magnetic compass primarily indicates magnetic north rather than providing a full range of directional measurements. Similarly, while a topographic compass might be used in conjunction with maps, its primary function may not revolve around 360-degree increments. A GPS compass leverages satellite technology for navigation, differing in mechanism and dependency on location services rather than traditional degree measurements. Thus, the azimuth compass is the distinct choice for precise 360-degree directional assessment.