Megaelectron-volts to Btu (15.6°C)

Metric Conversions.

Btu (15.6°C) to Megaelectron-volts (Swap units)

1MeV = 0Btu (15.6°C)

Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.

Megaelectron-volts to Btu (15.6°C) conversion formula

Btu (15.6°C) = Megaelectron-volts / 6.5827950071455E+15

Megaelectron-volts to Btu (15.6°C) calculation

Btu (15.6°C) = Megaelectron-volts / 6.5827950071455E+15

Btu (15.6°C) = 1 / 6.5827950071455E+15

Btu (15.6°C) = 0

Megaelectron-volts

A megaelectron-volt (MeV) is a unit of energy used in particle and nuclear physics. It is derived from the electron-volt (eV) - the amount of kinetic energy gained or lost by an electron when it moves through one volt.

Btu (15.6°C)

The Btu (15.6°C) specifically refers to the energy needed to raise the temperature of water from 60°F (15.6°C) to 61°F.

 

Megaelectron-volts to Btu (15.6°C) table

Starting value
Increment
Accuracy
Megaelectron-volts
Btu (15.6°C)
0MeV
0.00000Btu (15.6°C)
1MeV
0.00000Btu (15.6°C)
2MeV
0.00000Btu (15.6°C)
3MeV
0.00000Btu (15.6°C)
4MeV
0.00000Btu (15.6°C)
5MeV
0.00000Btu (15.6°C)
6MeV
0.00000Btu (15.6°C)
7MeV
0.00000Btu (15.6°C)
8MeV
0.00000Btu (15.6°C)
9MeV
0.00000Btu (15.6°C)
10MeV
0.00000Btu (15.6°C)
11MeV
0.00000Btu (15.6°C)
12MeV
0.00000Btu (15.6°C)
13MeV
0.00000Btu (15.6°C)
14MeV
0.00000Btu (15.6°C)
15MeV
0.00000Btu (15.6°C)
16MeV
0.00000Btu (15.6°C)
17MeV
0.00000Btu (15.6°C)
18MeV
0.00000Btu (15.6°C)
19MeV
0.00000Btu (15.6°C)
20MeV
0.00000Btu (15.6°C)
21MeV
0.00000Btu (15.6°C)
22MeV
0.00000Btu (15.6°C)
23MeV
0.00000Btu (15.6°C)
24MeV
0.00000Btu (15.6°C)
25MeV
0.00000Btu (15.6°C)
26MeV
0.00000Btu (15.6°C)
27MeV
0.00000Btu (15.6°C)
28MeV
0.00000Btu (15.6°C)
29MeV
0.00000Btu (15.6°C)
30MeV
0.00000Btu (15.6°C)
31MeV
0.00000Btu (15.6°C)
32MeV
0.00000Btu (15.6°C)
33MeV
0.00000Btu (15.6°C)
34MeV
0.00000Btu (15.6°C)
35MeV
0.00000Btu (15.6°C)
36MeV
0.00000Btu (15.6°C)
37MeV
0.00000Btu (15.6°C)
38MeV
0.00000Btu (15.6°C)
39MeV
0.00000Btu (15.6°C)
40MeV
0.00000Btu (15.6°C)
41MeV
0.00000Btu (15.6°C)
42MeV
0.00000Btu (15.6°C)
43MeV
0.00000Btu (15.6°C)
44MeV
0.00000Btu (15.6°C)
45MeV
0.00000Btu (15.6°C)
46MeV
0.00000Btu (15.6°C)
47MeV
0.00000Btu (15.6°C)
48MeV
0.00000Btu (15.6°C)
49MeV
0.00000Btu (15.6°C)
50MeV
0.00000Btu (15.6°C)
51MeV
0.00000Btu (15.6°C)
52MeV
0.00000Btu (15.6°C)
53MeV
0.00000Btu (15.6°C)
54MeV
0.00000Btu (15.6°C)
55MeV
0.00000Btu (15.6°C)
56MeV
0.00000Btu (15.6°C)
57MeV
0.00000Btu (15.6°C)
58MeV
0.00000Btu (15.6°C)
59MeV
0.00000Btu (15.6°C)
60MeV
0.00000Btu (15.6°C)
61MeV
0.00000Btu (15.6°C)
62MeV
0.00000Btu (15.6°C)
63MeV
0.00000Btu (15.6°C)
64MeV
0.00000Btu (15.6°C)
65MeV
0.00000Btu (15.6°C)
66MeV
0.00000Btu (15.6°C)
67MeV
0.00000Btu (15.6°C)
68MeV
0.00000Btu (15.6°C)
69MeV
0.00000Btu (15.6°C)
70MeV
0.00000Btu (15.6°C)
71MeV
0.00000Btu (15.6°C)
72MeV
0.00000Btu (15.6°C)
73MeV
0.00000Btu (15.6°C)
74MeV
0.00000Btu (15.6°C)
75MeV
0.00000Btu (15.6°C)
76MeV
0.00000Btu (15.6°C)
77MeV
0.00000Btu (15.6°C)
78MeV
0.00000Btu (15.6°C)
79MeV
0.00000Btu (15.6°C)
;