Linked from

The 21 pages that link to Degree (angle), each with the reason it gives.

• RadianCompared with: Degrees divide a turn into 360 parts, while radians arise from the circle’s geometry.

• SineCompared with: Degree inputs express the same sine values using a different angle scale.

• Unit circleCompared with: Degrees are an alternative to radians for labeling positions on the circle.

• Small-angle approximationCompared with: Using degree values directly makes tan θ ≈ θ invalid without converting units.

• SteradianCompared with: Degrees measure planar spread, whereas steradians measure spread across directions in three dimensions.

• GradianCompared with: Degrees divide a full turn into 360 parts rather than 400.

• MilliradianCompared with: Degrees are more familiar, while milliradians divide angles into finer practical increments.

• Differentiation of trigonometric functionsCompared with: Using degrees introduces a conversion factor absent from the standard trigonometric derivative formulas.