Quick Find Conversion Table

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

Popular conversions

Popular units

liter-atmosphere per minute

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

femtowatts

The femtowatt (fW) is equal to one quadrillionth (10−15) of a watt. Technologically important powers that are measured in femtowatts are typically found in reference(s) to radio and radar receivers. For example, meaningful FM tuner performance figures for sensitivity, quieting and signal-to-noise require that the RF energy applied to the antenna input be specified. These input levels are often stated in dBf (decibels referenced to 1 femtowatt). This is 0.2739 microvolt across a 75-ohm load or 0.5477 microvolt across a 300-ohm load; the specification takes into account the RF input impedance of the tuner.