newton | 1 N | 2 N | 3 N | 4 N | 5 N | 6 N | 7 N | 8 N | 9 N | 10 N | 11 N | 12 N | 13 N | 14 N | 15 N | 16 N | 17 N | 18 N | 19 N | 20 N | 21 N | 22 N | 23 N | 24 N | 25 N | 26 N | 27 N | 28 N | 29 N | 30 N | 31 N | 32 N | 33 N | 34 N | 35 N | 36 N | 37 N | 38 N | 39 N | 40 N | 41 N | 42 N | 43 N | 44 N | 45 N | 46 N | 47 N | 48 N | 49 N | 50 N | 51 N | 52 N | 53 N | 54 N | 55 N | 56 N | 57 N | 58 N | 59 N | 60 N | 61 N | 62 N | 63 N | 64 N | 65 N | 66 N | 67 N | 68 N | 69 N | 70 N | 71 N | 72 N | 73 N | 74 N | 75 N | 76 N | 77 N | 78 N | 79 N | 80 N | 81 N | 82 N | 83 N | 84 N | 85 N | 86 N | 87 N | 88 N | 89 N | 90 N | 91 N | 92 N | 93 N | 94 N | 95 N | 96 N | 97 N | 98 N | 99 N | 100 N |
sthène | 0.001 sn | 0.002 sn | 0.003 sn | 0.004 sn | 0.005 sn | 0.006 sn | 0.007 sn | 0.008 sn | 0.009 sn | 0.01 sn | 0.011 sn | 0.012 sn | 0.013 sn | 0.014 sn | 0.015 sn | 0.016 sn | 0.017 sn | 0.018 sn | 0.019 sn | 0.02 sn | 0.021 sn | 0.022 sn | 0.023 sn | 0.024 sn | 0.025 sn | 0.026 sn | 0.027 sn | 0.028 sn | 0.029 sn | 0.03 sn | 0.031 sn | 0.032 sn | 0.033 sn | 0.034 sn | 0.035 sn | 0.036 sn | 0.037 sn | 0.038 sn | 0.039 sn | 0.04 sn | 0.041 sn | 0.042 sn | 0.043 sn | 0.044 sn | 0.045 sn | 0.046 sn | 0.047 sn | 0.048 sn | 0.049 sn | 0.05 sn | 0.051 sn | 0.052 sn | 0.053 sn | 0.054 sn | 0.055 sn | 0.056 sn | 0.057 sn | 0.058 sn | 0.059 sn | 0.06 sn | 0.061 sn | 0.062 sn | 0.063 sn | 0.064 sn | 0.065 sn | 0.066 sn | 0.067 sn | 0.068 sn | 0.069 sn | 0.07 sn | 0.071 sn | 0.072 sn | 0.073 sn | 0.074 sn | 0.075 sn | 0.076 sn | 0.077 sn | 0.078 sn | 0.079 sn | 0.08 sn | 0.081 sn | 0.082 sn | 0.083 sn | 0.084 sn | 0.085 sn | 0.086 sn | 0.087 sn | 0.088 sn | 0.089 sn | 0.09 sn | 0.091 sn | 0.092 sn | 0.093 sn | 0.094 sn | 0.095 sn | 0.096 sn | 0.097 sn | 0.098 sn | 0.099 sn | 0.1 sn |
The newton (symbol: N) is the International System of Units (SI) derived unit of force. It is named after Isaac Newton in recognition of his work on classical mechanics, specifically Newton's second law of motion.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
newton | N | A force capable of giving a mass of one kilogram an acceleration of one metre per second per second. | = 1 N = 1 kg·m/s2 | Metric system SI |
newtons | sthènes | newtons | sthènes |
---|---|---|---|
1 | = 0.001 | 6 | = 0.006 |
2 | = 0.002 | 7 | = 0.007 |
3 | = 0.003 | 8 | = 0.008 |
4 | = 0.004 | 9 | = 0.009 |
5 | = 0.005 | 10 | = 0.01 |
The sthène (symbol sn), sometimes spelled (or misspelled) sthéne or sthene (from the Greek σθένος (sthenos) meaning "force"), is an obsolete unit of force or thrust in the metre–tonne–second system of units (mts) introduced in France in 1919.
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
sthène | sn | ≡ 1 t·m/s2 | = 103 N | Metric system SI |
sthènes | newtons | sthènes | newtons |
---|---|---|---|
1 | = 1000 | 6 | = 6000 |
2 | = 2000 | 7 | = 7000 |
3 | = 3000 | 8 | = 8000 |
4 | = 4000 | 9 | = 9000 |
5 | = 5000 | 10 | = 10000 |
newtons | sthènes |
---|---|
1 | = 0.001 |
1 000 | = 1 |
Symbol | Definition |
---|---|
≡ | exactly equal |
≈ | approximately equal to |
= | equal to |
digits | indicates that digits repeat infinitely (e.g. 8.294 369 corresponds to 8.294 369 369 369 369 …) |