Newton-meters
One newton metre is the distance travelled in the direction of applied force, (ie not the perpendicular distance from a fulcrum which is the NM when used to express torque)
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One newton metre is the distance travelled in the direction of applied force, (ie not the perpendicular distance from a fulcrum which is the NM when used to express torque)
One Kilojoule is 1,000 Newton Metre, ie the work done or energy transfered to an object when a 1,000 Newton force acts on it over one metre. It can also be defined as the heat energy dissipated by a current of 1,000 amperes passing through a one Ohm resistor for one second
Newton-meters | Kilojoules |
---|---|
0Nm | 0.00kJ |
1Nm | 0.00kJ |
2Nm | 0.00kJ |
3Nm | 0.00kJ |
4Nm | 0.00kJ |
5Nm | 0.01kJ |
6Nm | 0.01kJ |
7Nm | 0.01kJ |
8Nm | 0.01kJ |
9Nm | 0.01kJ |
10Nm | 0.01kJ |
11Nm | 0.01kJ |
12Nm | 0.01kJ |
13Nm | 0.01kJ |
14Nm | 0.01kJ |
15Nm | 0.01kJ |
16Nm | 0.02kJ |
17Nm | 0.02kJ |
18Nm | 0.02kJ |
19Nm | 0.02kJ |
Newton-meters | Kilojoules |
---|---|
20Nm | 0.02kJ |
21Nm | 0.02kJ |
22Nm | 0.02kJ |
23Nm | 0.02kJ |
24Nm | 0.02kJ |
25Nm | 0.03kJ |
26Nm | 0.03kJ |
27Nm | 0.03kJ |
28Nm | 0.03kJ |
29Nm | 0.03kJ |
30Nm | 0.03kJ |
31Nm | 0.03kJ |
32Nm | 0.03kJ |
33Nm | 0.03kJ |
34Nm | 0.03kJ |
35Nm | 0.04kJ |
36Nm | 0.04kJ |
37Nm | 0.04kJ |
38Nm | 0.04kJ |
39Nm | 0.04kJ |
Newton-meters | Kilojoules |
---|---|
40Nm | 0.04kJ |
41Nm | 0.04kJ |
42Nm | 0.04kJ |
43Nm | 0.04kJ |
44Nm | 0.04kJ |
45Nm | 0.04kJ |
46Nm | 0.05kJ |
47Nm | 0.05kJ |
48Nm | 0.05kJ |
49Nm | 0.05kJ |
50Nm | 0.05kJ |
51Nm | 0.05kJ |
52Nm | 0.05kJ |
53Nm | 0.05kJ |
54Nm | 0.05kJ |
55Nm | 0.06kJ |
56Nm | 0.06kJ |
57Nm | 0.06kJ |
58Nm | 0.06kJ |
59Nm | 0.06kJ |