Converting from Meter-Kilogram Force (m kg) to Newton Meter (N•m) in Torque

What is Meter-Kilogram Force (m kg)

Meter-Kilogram Force (m kg) is a unit of torque that measures the rotational force applied when a one-kilogram mass is at a one-meter distance from the axis of rotation.

What is Newton Meter (N•m)

Newton Meter (N•m) is another unit of torque that evaluates the force required to make an object rotate around an axis at a distance of one meter.

Conversion Formulas

To convert from Meter-Kilogram Force (m kg) to Newton Meter (N•m), you can use the formula:

Nm=mkg×9.80665

To convert from Newton Meter (N•m) to Meter-Kilogram Force (m kg), you can use the formula:

mkg=Nm×0.1019716

Examples

1. Converting 8 m kg to N•m:

8mkg=8×9.80665=78.4532Nm

2. Converting 12 Nm to m kg:

12Nm=12×0.1019716=1.223659mkg

3. Converting 3 m kg to Nm:

3mkg=3×9.80665=29.41995Nm

Perform converting from Meter-Kilogram Force (m kg) to Newton Meter (N•m)

Use the provided conversion formulas to easily switch between Meter-Kilogram Force (m kg) and Newton Meter (N•m) in torque calculations.