Converting from Decanewton Meter (daN•m) to Centimeter-Gram Force (cm g)

What is Decanewton Meter (daN•m)

Decanewton Meter (daN•m) is a unit of torque where one decanewton meter is equal to the torque generated by one decanewton of force applied at a distance of one meter. It is commonly used in engineering and physics to measure rotational force.

What is Centimeter-Gram Force (cm g)

Centimeter-Gram Force (cm g) is also a unit of torque, representing the torque generated by one gram of force applied at a distance of one centimeter. This unit is often used in smaller scale applications where precision is required.

Conversion Formulas

To convert from Decanewton Meter (daN•m) to Centimeter-Gram Force (cm g) or vice versa, you can use the following formulas:

Torque in cm g=Torque in daN•m×101971.6

Torque in daN•m=Torque in cm g×0.00000980665

Examples

1. Convert 4 daN•m to cm g:

4 daN•m×101971.6=407886.4 cm g

2. Convert 10 cm g to daN•m:

10 cm g×0.00000980665=0.0000980665 daN•m

3. Convert 6 daN•m to cm g:

6 daN•m×101971.6=611829.7 cm g

4. Convert 5 cm g to daN•m:

5 cm g×0.00000980665=0.00004903325 daN•m

By utilizing the conversion formulas provided, you can easily convert between Decanewton Meter (daN•m) and Centimeter-Gram Force (cm g) to meet your specific torque measurement needs.