Megaelectron-volts
One megaelectron volt is the energy acquired by an electron when accelerated through a potential difference of 1,000,000 volts.It is equal to 1.602 × 10−13 joules.
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One megaelectron volt is the energy acquired by an electron when accelerated through a potential difference of 1,000,000 volts.It is equal to 1.602 × 10−13 joules.
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)
Megaelectron-volts | Newton-meters |
---|---|
0MeV | 0.00Nm |
1MeV | 0.00Nm |
2MeV | 0.00Nm |
3MeV | 0.00Nm |
4MeV | 0.00Nm |
5MeV | 0.00Nm |
6MeV | 0.00Nm |
7MeV | 0.00Nm |
8MeV | 0.00Nm |
9MeV | 0.00Nm |
10MeV | 0.00Nm |
11MeV | 0.00Nm |
12MeV | 0.00Nm |
13MeV | 0.00Nm |
14MeV | 0.00Nm |
15MeV | 0.00Nm |
16MeV | 0.00Nm |
17MeV | 0.00Nm |
18MeV | 0.00Nm |
19MeV | 0.00Nm |
Megaelectron-volts | Newton-meters |
---|---|
20MeV | 0.00Nm |
21MeV | 0.00Nm |
22MeV | 0.00Nm |
23MeV | 0.00Nm |
24MeV | 0.00Nm |
25MeV | 0.00Nm |
26MeV | 0.00Nm |
27MeV | 0.00Nm |
28MeV | 0.00Nm |
29MeV | 0.00Nm |
30MeV | 0.00Nm |
31MeV | 0.00Nm |
32MeV | 0.00Nm |
33MeV | 0.00Nm |
34MeV | 0.00Nm |
35MeV | 0.00Nm |
36MeV | 0.00Nm |
37MeV | 0.00Nm |
38MeV | 0.00Nm |
39MeV | 0.00Nm |
Megaelectron-volts | Newton-meters |
---|---|
40MeV | 0.00Nm |
41MeV | 0.00Nm |
42MeV | 0.00Nm |
43MeV | 0.00Nm |
44MeV | 0.00Nm |
45MeV | 0.00Nm |
46MeV | 0.00Nm |
47MeV | 0.00Nm |
48MeV | 0.00Nm |
49MeV | 0.00Nm |
50MeV | 0.00Nm |
51MeV | 0.00Nm |
52MeV | 0.00Nm |
53MeV | 0.00Nm |
54MeV | 0.00Nm |
55MeV | 0.00Nm |
56MeV | 0.00Nm |
57MeV | 0.00Nm |
58MeV | 0.00Nm |
59MeV | 0.00Nm |