Converting from Newton Meter (N•m) to Centimeter-Gram Force (cm g)

What is Newton Meter (N•m)

Newton Meter (N•m) is a unit of torque or moment of force in the International System of Units (SI). It represents the amount of force needed to rotate an object around an axis at a distance of one meter.

What is Centimeter-Gram Force (cm g)

Centimeter-Gram Force (cm g) is another unit of torque commonly used in engineering and physics. It is defined as the force required to rotate an object around an axis at a distance of one centimeter.

Conversion Formulas

To convert from Newton Meter (N•m) to Centimeter-Gram Force (cm g), you can use the following formula:

cm g=N•m×10197.16

And to convert from Centimeter-Gram Force (cm g) to Newton Meter (N•m), you can use this formula:

N•m=cm g×0.0000980665

Examples

• Converting 15 N•m to cm g:

15N•m=15×10197.16=152957.4cm g

• Converting 3 cm g to N•m:

3cm g=3×0.0000980665=0.0002941995N•m

• Converting 12 N•m to cm g:

12N•m=12×10197.16=122365.9cm g

These examples demonstrate how to convert between Newton Meter (N•m) and Centimeter-Gram Force (cm g) using the conversion formulas provided.

Use this page to perform conversions between the two units easily.