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Multiple conversions
To convert from Decinewton-meter (dNm) to Newton-meter (Nm), use the following formula:
Newton-meter (Nm)
= 110× Decinewton-meter (dNm)
= 0.1× Decinewton-meter (dNm)
To convert from Decinewton-meter (dNm) to Centinewton-meter (cNm), use the following formula:
Centinewton-meter (cNm)
= 110 × 100× Decinewton-meter (dNm)
= 10× Decinewton-meter (dNm)
To convert from Decinewton-meter (dNm) to Kilogram-meter (kgm), use the following formula:
Kilogram-meter (kgm)
= 110 × 19.806649999787735× Decinewton-meter (dNm)
= 0.010197162130000000063× Decinewton-meter (dNm)
To convert from Decinewton-meter (dNm) to Kilogram-centimeter (kg-cm), use the following formula:
Kilogram-centimeter (kg-cm)
= 110 × 10.09806649999787735× Decinewton-meter (dNm)
= 1.0197162130000000063× Decinewton-meter (dNm)
To convert from Decinewton-meter (dNm) to Pound-foot (lbf-ft), use the following formula:
Pound-foot (lbf-ft)
= 110 × 11.355818× Decinewton-meter (dNm)
= 0.073756212116965551424× Decinewton-meter (dNm)
With 11.355818 is the ratio between the base units Pound-foot (lbf-ft) and Newton-meter (Nm).
To convert from Decinewton-meter (dNm) to Pound-inch (lbf-in), use the following formula:
Pound-inch (lbf-in)
= 110 × 11.355818 × 12× Decinewton-meter (dNm)
= 0.88507454540358661708× Decinewton-meter (dNm)
With 11.355818 is the ratio between the base units Pound-foot (lbf-ft) and Newton-meter (Nm).
To convert from Decinewton-meter (dNm) to Ounce-inch (ozf-in), use the following formula:
Ounce-inch (ozf-in)
= 110 × 11.355818 × 10.005208333271755643× Decinewton-meter (dNm)
= 14.161192893883987621× Decinewton-meter (dNm)
With 11.355818 is the ratio between the base units Pound-foot (lbf-ft) and Newton-meter (Nm).
A decinewton-meter (dN·m) is one tenth of a newton-meter.
The decinewton-meter sits between the newton-meter and the centinewton-meter, and it is the least common of the three. Where it does appear, it is usually because a measuring instrument's range happens to fall there and whole numbers read more cleanly than decimals.
Its most established use is in rubber and polymer testing: the torque curves produced by a moving-die rheometer are conventionally plotted in dN·m, and the standard test reports quote minimum and maximum torque in that unit.
Because deci is a plain SI prefix, conversion is an exact decimal shift.
| From | To | Multiply by |
|---|---|---|
| dN·m | N·m | 0.1 |
| dN·m | cN·m | 10 |
| dN·m | lbf·in | 0.885075 |