joule | 1 J | 2 J | 3 J | 4 J | 5 J | 6 J | 7 J | 8 J | 9 J | 10 J | 11 J | 12 J | 13 J | 14 J | 15 J | 16 J | 17 J | 18 J | 19 J | 20 J | 21 J | 22 J | 23 J | 24 J | 25 J | 26 J | 27 J | 28 J | 29 J | 30 J | 31 J | 32 J | 33 J | 34 J | 35 J | 36 J | 37 J | 38 J | 39 J | 40 J | 41 J | 42 J | 43 J | 44 J | 45 J | 46 J | 47 J | 48 J | 49 J | 50 J | 51 J | 52 J | 53 J | 54 J | 55 J | 56 J | 57 J | 58 J | 59 J | 60 J | 61 J | 62 J | 63 J | 64 J | 65 J | 66 J | 67 J | 68 J | 69 J | 70 J | 71 J | 72 J | 73 J | 74 J | 75 J | 76 J | 77 J | 78 J | 79 J | 80 J | 81 J | 82 J | 83 J | 84 J | 85 J | 86 J | 87 J | 88 J | 89 J | 90 J | 91 J | 92 J | 93 J | 94 J | 95 J | 96 J | 97 J | 98 J | 99 J | 100 J |
joule | 1 J | 2 J | 3 J | 4 J | 5 J | 6 J | 7 J | 8 J | 9 J | 10 J | 11 J | 12 J | 13 J | 14 J | 15 J | 16 J | 17 J | 18 J | 19 J | 20 J | 21 J | 22 J | 23 J | 24 J | 25 J | 26 J | 27 J | 28 J | 29 J | 30 J | 31 J | 32 J | 33 J | 34 J | 35 J | 36 J | 37 J | 38 J | 39 J | 40 J | 41 J | 42 J | 43 J | 44 J | 45 J | 46 J | 47 J | 48 J | 49 J | 50 J | 51 J | 52 J | 53 J | 54 J | 55 J | 56 J | 57 J | 58 J | 59 J | 60 J | 61 J | 62 J | 63 J | 64 J | 65 J | 66 J | 67 J | 68 J | 69 J | 70 J | 71 J | 72 J | 73 J | 74 J | 75 J | 76 J | 77 J | 78 J | 79 J | 80 J | 81 J | 82 J | 83 J | 84 J | 85 J | 86 J | 87 J | 88 J | 89 J | 90 J | 91 J | 92 J | 93 J | 94 J | 95 J | 96 J | 97 J | 98 J | 99 J | 100 J |
The joule (/ˈdʒuːl/); symbol: J), is a derived unit of energy in the International System of Units. It is equal to the energy transferred to (or work done on) an object when a force of one newton acts on that object in the direction of its motion through a distance of one metre (1 newton metre or N⋅m).
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
joule | J | The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force. | = 1 J = 1 m·N = 1 kg·m2/s2 = 1 C·V = 1 W·s | Metric system SI |
joules | joules | joules | joules |
---|---|---|---|
1 | = 1 | 6 | = 6 |
2 | = 2 | 7 | = 7 |
3 | = 3 | 8 | = 8 |
4 | = 4 | 9 | = 9 |
5 | = 5 | 10 | = 10 |
The joule (/ˈdʒuːl/); symbol: J), is a derived unit of energy in the International System of Units. It is equal to the energy transferred to (or work done on) an object when a force of one newton acts on that object in the direction of its motion through a distance of one metre (1 newton metre or N⋅m).
Name of unit | Symbol | Definition | Relation to SI units | Unit System |
---|---|---|---|---|
joule | J | The work done when a force of one newton moves the point of its application a distance of one metre in the direction of the force. | = 1 J = 1 m·N = 1 kg·m2/s2 = 1 C·V = 1 W·s | Metric system SI |
joules | joules | joules | joules |
---|---|---|---|
1 | = 1 | 6 | = 6 |
2 | = 2 | 7 | = 7 |
3 | = 3 | 8 | = 8 |
4 | = 4 | 9 | = 9 |
5 | = 5 | 10 | = 10 |
joules | joules |
---|---|
1 | = 1 |
1 | = 1 |
You can find the conversion in other languages in the following:
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 …) |