What is the multiplier for a 15 degree offset in an electrical layout?

What is the multiplier for a 15 degree offset in an electrical layout?

• A. 3
• B. 4
• C. 2
• D. 1

Answer: (B)

The main idea here is how angular steps translate into spacing in a circular layout. In many electrical layouts, a standard reference angle is used (often a 60° segment) and the 15° offset is seen as a subdivision of that segment. Since 60° is made up of four 15° steps (4 × 15° = 60°), you use a multiplier of 4 to scale the base spacing to accommodate the 15° offset. That’s why four is the appropriate multiplier. The other numbers would correspond to fewer subdivisions (e.g., 30° or 45° blocks), which don’t match the 15° offset pattern used in this context, so they’re not the correct choice.

The main idea here is how angular steps translate into spacing in a circular layout. In many electrical layouts, a standard reference angle is used (often a 60° segment) and the 15° offset is seen as a subdivision of that segment. Since 60° is made up of four 15° steps (4 × 15° = 60°), you use a multiplier of 4 to scale the base spacing to accommodate the 15° offset. That’s why four is the appropriate multiplier.

The other numbers would correspond to fewer subdivisions (e.g., 30° or 45° blocks), which don’t match the 15° offset pattern used in this context, so they’re not the correct choice.