Quick Find Conversion Table

1 - 33
liter-atmosphere per minute to gigawatts
1= 1.68875E-9
2= 3.3775E-9
3= 5.06625E-9
4= 6.755E-9
5= 8.44375E-9
6= 1.01325E-8
7= 1.182125E-8
8= 1.351E-8
9= 1.519875E-8
10= 1.68875E-8
11= 1.857625E-8
12= 2.0265E-8
13= 2.195375E-8
14= 2.36425E-8
15= 2.533125E-8
16= 2.702E-8
17= 2.870875E-8
18= 3.03975E-8
19= 3.208625E-8
20= 3.3775E-8
21= 3.546375E-8
22= 3.71525E-8
23= 3.884125E-8
24= 4.053E-8
25= 4.221875E-8
26= 4.39075E-8
27= 4.559625E-8
28= 4.7285E-8
29= 4.897375E-8
30= 5.06625E-8
31= 5.235125E-8
32= 5.404E-8
33= 5.572875E-8
34 - 66
liter-atmosphere per minute to gigawatts
34= 5.74175E-8
35= 5.910625E-8
36= 6.0795E-8
37= 6.248375E-8
38= 6.41725E-8
39= 6.586125E-8
40= 6.755E-8
41= 6.923875E-8
42= 7.09275E-8
43= 7.261625E-8
44= 7.4305E-8
45= 7.599375E-8
46= 7.76825E-8
47= 7.937125E-8
48= 8.106E-8
49= 8.274875E-8
50= 8.44375E-8
51= 8.612625E-8
52= 8.7815E-8
53= 8.950375E-8
54= 9.11925E-8
55= 9.288125E-8
56= 9.457E-8
57= 9.625875E-8
58= 9.79475E-8
59= 9.963625E-8
60= 1.01325E-7
61= 1.0301375E-7
62= 1.047025E-7
63= 1.0639125E-7
64= 1.0808E-7
65= 1.0976875E-7
66= 1.114575E-7
67 - 99
liter-atmosphere per minute to gigawatts
67= 1.1314625E-7
68= 1.14835E-7
69= 1.1652375E-7
70= 1.182125E-7
71= 1.1990125E-7
72= 1.2159E-7
73= 1.2327875E-7
74= 1.249675E-7
75= 1.2665625E-7
76= 1.28345E-7
77= 1.3003375E-7
78= 1.317225E-7
79= 1.3341125E-7
80= 1.351E-7
81= 1.3678875E-7
82= 1.384775E-7
83= 1.4016625E-7
84= 1.41855E-7
85= 1.4354375E-7
86= 1.452325E-7
87= 1.4692125E-7
88= 1.4861E-7
89= 1.5029875E-7
90= 1.519875E-7
91= 1.5367625E-7
92= 1.55365E-7
93= 1.5705375E-7
94= 1.587425E-7
95= 1.6043125E-7
96= 1.6212E-7
97= 1.6380875E-7
98= 1.654975E-7
99= 1.6718625E-7

Popular conversions

Popular units

liter-atmosphere per minute

A litre-atmosphere per minute (symbol: L·atm/min) is a unit of power. 

gigawatts

The gigawatt (GW) is equal to one billion (109) watts or 1 gigawatt = 1000 megawatts. This unit is often used for large power plants or power grids. For example, by the end of 2010 power shortages in China's Shanxi province were expected to increase to 5–6 GW and the installed capacity of wind power in Germany was 25.8 GW. The largest unit (out of four) of the Belgian Doel Nuclear Power Station has a peak output of 1.04 GW. HVDC converters have been built with power ratings of up to 2 GW.