Electron-volts to Btu (3.9°C)

Metric Conversions.

Btu (3.9°C) to Electron-volts (Swap units)

1eV = 0Btu (3.9°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.

Electron-volts to Btu (3.9°C) conversion formula

Btu (3.9°C) = Electron-volts / 6.6139410187668E+21

Electron-volts to Btu (3.9°C) calculation

Btu (3.9°C) = Electron-volts / 6.6139410187668E+21

Btu (3.9°C) = 1 / 6.6139410187668E+21

Btu (3.9°C) = 0

Electron-volts

An electron-volt (eV) is used in the fields of atomic and particle physics. It is the amount of energy gained or lost by a single electron when it is accelerated through an electric potential difference of one volt.

Btu (3.9°C)

The Btu (3.9°C) is defined as the amount of heat required to raise the temperature of one pound of water by one degree Fahrenheit at the temperature where water reaches its maximum density which occurs at approximately 3.9°C (39°F).

 

Electron-volts to Btu (3.9°C) table

Starting value
Increment
Accuracy
Electron-volts
Btu (3.9°C)
0eV
0.00000Btu (3.9°C)
1eV
0.00000Btu (3.9°C)
2eV
0.00000Btu (3.9°C)
3eV
0.00000Btu (3.9°C)
4eV
0.00000Btu (3.9°C)
5eV
0.00000Btu (3.9°C)
6eV
0.00000Btu (3.9°C)
7eV
0.00000Btu (3.9°C)
8eV
0.00000Btu (3.9°C)
9eV
0.00000Btu (3.9°C)
10eV
0.00000Btu (3.9°C)
11eV
0.00000Btu (3.9°C)
12eV
0.00000Btu (3.9°C)
13eV
0.00000Btu (3.9°C)
14eV
0.00000Btu (3.9°C)
15eV
0.00000Btu (3.9°C)
16eV
0.00000Btu (3.9°C)
17eV
0.00000Btu (3.9°C)
18eV
0.00000Btu (3.9°C)
19eV
0.00000Btu (3.9°C)
20eV
0.00000Btu (3.9°C)
21eV
0.00000Btu (3.9°C)
22eV
0.00000Btu (3.9°C)
23eV
0.00000Btu (3.9°C)
24eV
0.00000Btu (3.9°C)
25eV
0.00000Btu (3.9°C)
26eV
0.00000Btu (3.9°C)
27eV
0.00000Btu (3.9°C)
28eV
0.00000Btu (3.9°C)
29eV
0.00000Btu (3.9°C)
30eV
0.00000Btu (3.9°C)
31eV
0.00000Btu (3.9°C)
32eV
0.00000Btu (3.9°C)
33eV
0.00000Btu (3.9°C)
34eV
0.00000Btu (3.9°C)
35eV
0.00000Btu (3.9°C)
36eV
0.00000Btu (3.9°C)
37eV
0.00000Btu (3.9°C)
38eV
0.00000Btu (3.9°C)
39eV
0.00000Btu (3.9°C)
40eV
0.00000Btu (3.9°C)
41eV
0.00000Btu (3.9°C)
42eV
0.00000Btu (3.9°C)
43eV
0.00000Btu (3.9°C)
44eV
0.00000Btu (3.9°C)
45eV
0.00000Btu (3.9°C)
46eV
0.00000Btu (3.9°C)
47eV
0.00000Btu (3.9°C)
48eV
0.00000Btu (3.9°C)
49eV
0.00000Btu (3.9°C)
50eV
0.00000Btu (3.9°C)
51eV
0.00000Btu (3.9°C)
52eV
0.00000Btu (3.9°C)
53eV
0.00000Btu (3.9°C)
54eV
0.00000Btu (3.9°C)
55eV
0.00000Btu (3.9°C)
56eV
0.00000Btu (3.9°C)
57eV
0.00000Btu (3.9°C)
58eV
0.00000Btu (3.9°C)
59eV
0.00000Btu (3.9°C)
60eV
0.00000Btu (3.9°C)
61eV
0.00000Btu (3.9°C)
62eV
0.00000Btu (3.9°C)
63eV
0.00000Btu (3.9°C)
64eV
0.00000Btu (3.9°C)
65eV
0.00000Btu (3.9°C)
66eV
0.00000Btu (3.9°C)
67eV
0.00000Btu (3.9°C)
68eV
0.00000Btu (3.9°C)
69eV
0.00000Btu (3.9°C)
70eV
0.00000Btu (3.9°C)
71eV
0.00000Btu (3.9°C)
72eV
0.00000Btu (3.9°C)
73eV
0.00000Btu (3.9°C)
74eV
0.00000Btu (3.9°C)
75eV
0.00000Btu (3.9°C)
76eV
0.00000Btu (3.9°C)
77eV
0.00000Btu (3.9°C)
78eV
0.00000Btu (3.9°C)
79eV
0.00000Btu (3.9°C)
;