Conversion Factors
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| Conversion Factors | |||||
| Multiply by | Multiply by | ||||
| Length | in | x 25.4 | = mm | x 0.03937 | = in |
| ft | x 0.3048 | = m | x 3.281 | = ft | |
| yd | x 0.9144 | = m | x 1.094 | = yd | |
| Area | in2 | x 645.16 | = mm2 | x 0.00155 | = in2 |
| ft2 | x 0.0929 | = m2 | x 10.7639 | = ft2 | |
| Volume | in3 | x 16.387 | = cm3 | x 0.06102 | = in3 |
| ft3 | x 0.028317 | = m3 | x 35.3147 | = ft3 | |
| Mass (weight) | oz | x 28.3495 | = g | x 0.035274 | = oz |
| lb | x 0.453592 | = kg | x 2.20462 | = lb | |
| UK ton | x 1.01605 | = tonne | x 0.984207 | = UK ton | |
| Stress | lbf/in2 | x 0.000703 | = kgf/mm2 | x 1422.33 | = lbf/in2 |
| tonf/in2 | x 1.57488 | = kgf/mm2 | x 0.63497 | = tonf/in2 | |
| Force (S.I.) | lbf | x 4.44822 | = N | x 0.224809 | = lbf |
| tonf | x 9.96402 | = kN | x 0.100361 | = tonf | |
| kgf | x 9.80665 | = N | x 0.101972 | = kgf | |
| Stress (S.I.) | tonf/in2 | x 15.4443 | = N/mm2 | x 0.064749 | = tonf/in2 |
| = MN/m2 | |||||
| tonf/in2 | x 1.54443 | = daN/mm2 | x 0.64749 | = tonf/in2 | |
| = hbar | |||||
| kgf/mm2 | x 9.80665 | = N/mm2 | x 0.101972 | = kgf/mm2 | |
| lbf/in2 | x .00689476 | = N/mm2 | x 145.04 | = lbf/in2 | |
| Miscellaneous | lb/ft | x 1.488 | = kg/m | x 0.672 | = lb/ft |
| ft/lb | x 0.672 | = m/kg | x 1.488 | = ft/lb | |
| Electrical | ohms/yd | x 1.094 | = ohms/m | x 0.9144 | = ohms/yd |
| ohms/ft | x 3.281 | = ohms/m | x 0.3048 | = ohms/ft | |
| Microhms/in3 | x 2.54 | = Microhms/cm3 | x 0.3937 | = Microhms/in3 | |
| Microhms | x 0.000001 | = ohms | x 1000000 | = Microhms | |
| ohms/g | x 453.6 | =ohms/lb | x 0.002205 | = ohms/g | |
The information given throughout this website is as complete
and accurate as possible at the time of upload. However,
Resistance Wires Ltd reserve the right to modify the specifications
stated at any time without prior notice should this become necessary.
