Therms (EC) to Kilotons (metric,explosive energy) conversion calculator

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1Therm(EC) = 3.0E-5kt

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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.

Therms (EC) to Kilotons (metric,explosive energy) conversion formula

Therms (EC) to Kilotons (metric,explosive energy) conversion formula

Kilotons (metric,explosive energy) = Therms (EC) / 39651.07057891

1 Therms (EC) to Kilotons (metric,explosive energy) calculation

Kilotons (metric,explosive energy) = Therms (EC) / 39651.07057891

Kilotons (metric,explosive energy) = 1 / 39656.512425834

Kilotons (metric,explosive energy) = 3.0E-5

Kilotons (metric, explosive energy) to Therms (EC) (Swap units)

Therm (EC)

The therm (EC) is 100,000 Btu (International Table), or about 105.5 megajoules (MJ). Gas in the United Kingdom was historically billed in therms, and the EC stands for European Community, to tell it apart from the US therm.

Kilotons (explosive energy)

A kiloton is a unit of measurement that quantifies the energy released in an explosion. It is the energy released by detonating 1,000 tons of TNT (trinitrotoluene). One kiloton is approximately equal to 4.184 × 1012 joules.

 

 

Therms (EC) to Kilotons (metric,explosive energy) table

Starting value
Increment
Accuracy
Therms (EC)
Kilotons (metric,explosive energy)
0Therm(EC)
0.00000kt
1Therm(EC)
0.00003kt
2Therm(EC)
0.00005kt
3Therm(EC)
0.00008kt
4Therm(EC)
0.00010kt
5Therm(EC)
0.00013kt
6Therm(EC)
0.00015kt
7Therm(EC)
0.00018kt
8Therm(EC)
0.00020kt
9Therm(EC)
0.00023kt
10Therm(EC)
0.00025kt
11Therm(EC)
0.00028kt
12Therm(EC)
0.00030kt
13Therm(EC)
0.00033kt
14Therm(EC)
0.00035kt
15Therm(EC)
0.00038kt
16Therm(EC)
0.00040kt
17Therm(EC)
0.00043kt
18Therm(EC)
0.00045kt
19Therm(EC)
0.00048kt
Therms (EC)
Kilotons (metric,explosive energy)
20Therm(EC)
0.00050kt
21Therm(EC)
0.00053kt
22Therm(EC)
0.00055kt
23Therm(EC)
0.00058kt
24Therm(EC)
0.00061kt
25Therm(EC)
0.00063kt
26Therm(EC)
0.00066kt
27Therm(EC)
0.00068kt
28Therm(EC)
0.00071kt
29Therm(EC)
0.00073kt
30Therm(EC)
0.00076kt
31Therm(EC)
0.00078kt
32Therm(EC)
0.00081kt
33Therm(EC)
0.00083kt
34Therm(EC)
0.00086kt
35Therm(EC)
0.00088kt
36Therm(EC)
0.00091kt
37Therm(EC)
0.00093kt
38Therm(EC)
0.00096kt
39Therm(EC)
0.00098kt
Therms (EC)
Kilotons (metric,explosive energy)
40Therm(EC)
0.00101kt
41Therm(EC)
0.00103kt
42Therm(EC)
0.00106kt
43Therm(EC)
0.00108kt
44Therm(EC)
0.00111kt
45Therm(EC)
0.00113kt
46Therm(EC)
0.00116kt
47Therm(EC)
0.00119kt
48Therm(EC)
0.00121kt
49Therm(EC)
0.00124kt
50Therm(EC)
0.00126kt
51Therm(EC)
0.00129kt
52Therm(EC)
0.00131kt
53Therm(EC)
0.00134kt
54Therm(EC)
0.00136kt
55Therm(EC)
0.00139kt
56Therm(EC)
0.00141kt
57Therm(EC)
0.00144kt
58Therm(EC)
0.00146kt
59Therm(EC)
0.00149kt
Therms (EC)
Kilotons (metric,explosive energy)
60Therm(EC)
0.00151kt
61Therm(EC)
0.00154kt
62Therm(EC)
0.00156kt
63Therm(EC)
0.00159kt
64Therm(EC)
0.00161kt
65Therm(EC)
0.00164kt
66Therm(EC)
0.00166kt
67Therm(EC)
0.00169kt
68Therm(EC)
0.00171kt
69Therm(EC)
0.00174kt
70Therm(EC)
0.00177kt
71Therm(EC)
0.00179kt
72Therm(EC)
0.00182kt
73Therm(EC)
0.00184kt
74Therm(EC)
0.00187kt
75Therm(EC)
0.00189kt
76Therm(EC)
0.00192kt
77Therm(EC)
0.00194kt
78Therm(EC)
0.00197kt
79Therm(EC)
0.00199kt