Static poles are 180 degrees apart.

Prepare for the NLC Electrical Grid 2 Test with our comprehensive quizzes and practice questions. Each question includes easy-to-understand hints and explanations. Master your knowledge and ace the exam!

Multiple Choice

Static poles are 180 degrees apart.

Explanation:
The main idea is the spatial separation of opposite magnetic poles. In a dipole magnet, the North and South poles sit on opposite ends, so you must rotate half a turn to go from one pole to the opposite. That half-turn corresponds to 180 degrees, which is why static poles are described as being 180 degrees apart. Think of it like around a circle: 90 degrees puts you at a perpendicular direction, 270 degrees is the other way around but not opposite, and 360 degrees brings you back to the same pole. Only 180 degrees lands you at the opposite pole, exactly where North and South are opposite each other.

The main idea is the spatial separation of opposite magnetic poles. In a dipole magnet, the North and South poles sit on opposite ends, so you must rotate half a turn to go from one pole to the opposite. That half-turn corresponds to 180 degrees, which is why static poles are described as being 180 degrees apart.

Think of it like around a circle: 90 degrees puts you at a perpendicular direction, 270 degrees is the other way around but not opposite, and 360 degrees brings you back to the same pole. Only 180 degrees lands you at the opposite pole, exactly where North and South are opposite each other.

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy