Megaelectron-volts to Btu (I.T.) conversion calculator

→

1MeV = 0Btu (I.T.)

Click here for a conversion table >>

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 (I.T.) conversion formula

Megaelectron-volts to Btu (I.T.) conversion formula

Btu (I.T.) = Megaelectron-volts / 6.5851406781907E+15

1 Megaelectron-volts to Btu (I.T.) calculation

Btu (I.T.) = Megaelectron-volts / 6.5851406781907E+15

Btu (I.T.) = 1 / 6.5851406781907E+15

Btu (I.T.) = 0

Btu (I.T.) to Megaelectron-volts (Swap units)

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 (I.T.)

The British thermal unit (International Table), Btu (IT), is about 1,055 joules, roughly the energy needed to warm one pound of water by one degree Fahrenheit. In the United States air conditioners and furnaces are rated in Btu per hour.

 

 

Megaelectron-volts to Btu (I.T.) table

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