🫧Surface Tension
Dyne per CentimeterをNewton per Meterに換算
Dyne per Centimeter（dyn/cm）からNewton per Meter（N/m）への無料オンライン単位換算ツール。計算式と換算早見表を掲載。
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Surface Tension4 単位
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How the Calculation Works (Linear Scaling)
Formula:
Newton per Meter = Dyne per Centimeter / 1000
Substitution:1 / 1000
Calculated Result:0.001 N/m
Since 1 Newton per Meter = 1000 Dynes per Centimeter, divide the value in Dynes per Centimeter by 1000.
Standard Ratio Factor:1 dyn/cm = 0.001 N/m
Dyne per Centimeter to Newton per Meter Conversion Table
Precomputed values for quick reference and printing.
Dyne per Centimeter → Newton per Meter(dyn/cm → N/m)
| Dyne per Centimeter | Newton per Meter |
|---|---|
| 1 dyn/cm | 0.001 N/m |
| 2 dyn/cm | 0.002 N/m |
| 3 dyn/cm | 0.003 N/m |
| 4 dyn/cm | 0.004 N/m |
| 5 dyn/cm | 0.005 N/m |
| 6 dyn/cm | 0.006 N/m |
| 7 dyn/cm | 0.007 N/m |
| 8 dyn/cm | 0.008 N/m |
| 9 dyn/cm | 0.009 N/m |
| 10 dyn/cm | 0.01 N/m |
| 15 dyn/cm | 0.015 N/m |
| 20 dyn/cm | 0.02 N/m |
| 25 dyn/cm | 0.025 N/m |
| 30 dyn/cm | 0.03 N/m |
| 40 dyn/cm | 0.04 N/m |
| 50 dyn/cm | 0.05 N/m |
| 75 dyn/cm | 0.075 N/m |
| 100 dyn/cm | 0.1 N/m |
Newton per Meter → Dyne per Centimeter(N/m → dyn/cm)
| Newton per Meter | Dyne per Centimeter |
|---|---|
| 1 N/m | 1000 dyn/cm |
| 2 N/m | 2000 dyn/cm |
| 3 N/m | 3000 dyn/cm |
| 4 N/m | 4000 dyn/cm |
| 5 N/m | 5000 dyn/cm |
| 6 N/m | 6000 dyn/cm |
| 7 N/m | 7000 dyn/cm |
| 8 N/m | 8000 dyn/cm |
| 9 N/m | 9000 dyn/cm |
| 10 N/m | 10000 dyn/cm |
| 15 N/m | 15000 dyn/cm |
| 20 N/m | 20000 dyn/cm |
| 25 N/m | 25000 dyn/cm |
| 30 N/m | 30000 dyn/cm |
| 40 N/m | 40000 dyn/cm |
| 50 N/m | 50000 dyn/cm |
| 75 N/m | 75000 dyn/cm |
| 100 N/m | 100000 dyn/cm |
📌 Standard Benchmark Reference Values
1 dyn/cm=0.001 N/m (1 mN/m)
Water at 20 °C has surface tension of ≈ 72.8 dyn/cm (0.0728 N/m).
Exact RatioDyne per Centimeter (dyn/cm)
The CGS unit of surface tension equal to 1 dyn/cm, exactly equal to 0.001 N/m (1 mN/m). Water has a surface tension of ≈ 72.8 dyn/cm at 20 °C.
Newton per Meter (N/m)
The SI coherent derived unit of surface tension and surface energy, equal to one newton of contractile force acting along a line of one meter (1 J/m²).