The “Litre per second” (L/s) is a crucial unit in fluid dynamics, representing the flow rate of liquids. It is widely used in engineering, hydrology, and environmental science to measure water consumption, irrigation, and sewage treatment. For instance, high-performance showerheads can have flow rates approaching 0.1 to 0.2 L/s, translating to a refreshing and efficient bath.
In larger applications, such as hydroelectric plants, turbines can handle thousands of litres per second to generate energy, showcasing how scale affects its utility. The versatility of the L/s unit enables precise calculations and planning, crucial for managing water resources in a world where sustainability is paramount. Understanding flow rates can optimize resource use, conserving water and energy in both household and industrial environments.
The unit millilitre per second (mL/s) might seem modest, but it plays a crucial role in various scientific and industrial applications, notably in fields like fluid dynamics and medical technology. For instance, understanding flow rates in mL/s is vital in medicine for intravenous drips and in engineering for calibrating fuel injectors in automobiles, ensuring precise delivery of fluids which is critical for both efficiency and safety.
Interestingly, the intricacies of mL/s are employed in perfumery, where every drop counts. The atomizers used in perfume bottles are often designed to deliver the fragrance in precise millilitres per second, ensuring consistent application and enhancing the longevity of your scent experience. This precise measurement helps maintain the delicate balance of complex fragrance formulations.
| Litres per second | Millilitres per second |
|---|---|
0
l/s
|
0
ml/s
|
1
l/s
|
1000
ml/s
|
2
l/s
|
2000
ml/s
|
3
l/s
|
3000
ml/s
|
4
l/s
|
4000
ml/s
|
5
l/s
|
5000
ml/s
|
6
l/s
|
6000
ml/s
|
7
l/s
|
7000
ml/s
|
8
l/s
|
8000
ml/s
|
9
l/s
|
9000
ml/s
|
10
l/s
|
10000
ml/s
|
11
l/s
|
11000
ml/s
|
12
l/s
|
12000
ml/s
|
13
l/s
|
13000
ml/s
|
14
l/s
|
14000
ml/s
|
15
l/s
|
15000
ml/s
|
16
l/s
|
16000
ml/s
|
17
l/s
|
17000
ml/s
|
18
l/s
|
18000
ml/s
|
19
l/s
|
19000
ml/s
|
20
l/s
|
20000
ml/s
|
21
l/s
|
21000
ml/s
|
22
l/s
|
22000
ml/s
|
23
l/s
|
23000
ml/s
|
24
l/s
|
24000
ml/s
|
25
l/s
|
25000
ml/s
|
26
l/s
|
26000
ml/s
|
27
l/s
|
27000
ml/s
|
28
l/s
|
28000
ml/s
|
29
l/s
|
29000
ml/s
|
30
l/s
|
30000
ml/s
|
31
l/s
|
31000
ml/s
|
32
l/s
|
32000
ml/s
|
33
l/s
|
33000
ml/s
|
34
l/s
|
34000
ml/s
|
35
l/s
|
35000
ml/s
|
36
l/s
|
36000
ml/s
|
37
l/s
|
37000
ml/s
|
38
l/s
|
38000
ml/s
|
39
l/s
|
39000
ml/s
|
40
l/s
|
40000
ml/s
|
41
l/s
|
41000
ml/s
|
42
l/s
|
42000
ml/s
|
43
l/s
|
43000
ml/s
|
44
l/s
|
44000
ml/s
|
45
l/s
|
45000
ml/s
|
46
l/s
|
46000
ml/s
|
47
l/s
|
47000
ml/s
|
48
l/s
|
48000
ml/s
|
49
l/s
|
49000
ml/s
|
50
l/s
|
50000
ml/s
|
51
l/s
|
51000
ml/s
|
52
l/s
|
52000
ml/s
|
53
l/s
|
53000
ml/s
|
54
l/s
|
54000
ml/s
|
55
l/s
|
55000
ml/s
|
56
l/s
|
56000
ml/s
|
57
l/s
|
57000
ml/s
|
58
l/s
|
58000
ml/s
|
59
l/s
|
59000
ml/s
|
60
l/s
|
60000
ml/s
|
61
l/s
|
61000
ml/s
|
62
l/s
|
62000
ml/s
|
63
l/s
|
63000
ml/s
|
64
l/s
|
64000
ml/s
|
65
l/s
|
65000
ml/s
|
66
l/s
|
66000
ml/s
|
67
l/s
|
67000
ml/s
|
68
l/s
|
68000
ml/s
|
69
l/s
|
69000
ml/s
|
70
l/s
|
70000
ml/s
|
71
l/s
|
71000
ml/s
|
72
l/s
|
72000
ml/s
|
73
l/s
|
73000
ml/s
|
74
l/s
|
74000
ml/s
|
75
l/s
|
75000
ml/s
|
76
l/s
|
76000
ml/s
|
77
l/s
|
77000
ml/s
|
78
l/s
|
78000
ml/s
|
79
l/s
|
79000
ml/s
|
80
l/s
|
80000
ml/s
|
81
l/s
|
81000
ml/s
|
82
l/s
|
82000
ml/s
|
83
l/s
|
83000
ml/s
|
84
l/s
|
84000
ml/s
|
85
l/s
|
85000
ml/s
|
86
l/s
|
86000
ml/s
|
87
l/s
|
87000
ml/s
|
88
l/s
|
88000
ml/s
|
89
l/s
|
89000
ml/s
|
90
l/s
|
90000
ml/s
|
91
l/s
|
91000
ml/s
|
92
l/s
|
92000
ml/s
|
93
l/s
|
93000
ml/s
|
94
l/s
|
94000
ml/s
|
95
l/s
|
95000
ml/s
|
96
l/s
|
96000
ml/s
|
97
l/s
|
97000
ml/s
|
98
l/s
|
98000
ml/s
|
99
l/s
|
99000
ml/s
|
100
l/s
|
100000
ml/s
|
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