The “tablespoon per second” is a unit of flow rate you might encounter when dealing with culinary tasks or liquid measurements. While it may seem like an odd metric outside of cooking, it’s actually quite practical for precise measurements in recipes requiring particular amounts of liquids added over time, like a drizzle or continuous pour. Interestingly, in professional kitchens and molecular gastronomy, precise timing and measurements can significantly alter the taste and texture of a dish, showcasing the marriage between culinary art and science.
Did you know that the tablespoon has been used since the 18th century? It varies in volume depending on the country—about 14.79 mL in the U.S. and 15 mL in most other countries. This subtle difference can impact the standardized measurement in recipes, underscoring the importance of knowing your units, especially in recipes requiring high precision. Understanding these differences can be crucial if you’re converting recipes between metric and Imperial units, particularly in baking or confectionery, where precision affects the final product’s success.
The kilolitre per second (kL/s) is a unit of flow rate used primarily in water management, representing the volume of one kilolitre, or 1,000 liters, flowing past a point every second. While the unit might not be as commonly recognized as liters per minute, it is vital in contexts requiring large-scale fluid flow measurements, such as calculating river discharges or managing wastewater treatment facilities. To put it in perspective, one kilolitre per second is equivalent to the flow rate of about 264 gallons per second, easily filling a standard swimming pool in just a few minutes.
Interestingly, understanding these flow rates becomes crucial during urban planning to ensure sustainable water management systems. It helps engineers design appropriate pipeline capacities and emergency spillways to prevent urban flooding. This illustrates the intersection of environmental sustainability and infrastructure planning, highlighting the kilolitre per second as a cornerstone unit in significant ecological and engineering applications.
Tablespoons per second | Kilolitres per second |
---|---|
0
Tbs/s
|
0
kl/s
|
1
Tbs/s
|
1.47868e-5
kl/s
|
2
Tbs/s
|
2.95735e-5
kl/s
|
3
Tbs/s
|
4.43603e-5
kl/s
|
4
Tbs/s
|
5.91471e-5
kl/s
|
5
Tbs/s
|
7.39338e-5
kl/s
|
6
Tbs/s
|
8.87206e-5
kl/s
|
7
Tbs/s
|
0.000103507
kl/s
|
8
Tbs/s
|
0.000118294
kl/s
|
9
Tbs/s
|
0.000133081
kl/s
|
10
Tbs/s
|
0.000147868
kl/s
|
11
Tbs/s
|
0.000162654
kl/s
|
12
Tbs/s
|
0.000177441
kl/s
|
13
Tbs/s
|
0.000192228
kl/s
|
14
Tbs/s
|
0.000207015
kl/s
|
15
Tbs/s
|
0.000221801
kl/s
|
16
Tbs/s
|
0.000236588
kl/s
|
17
Tbs/s
|
0.000251375
kl/s
|
18
Tbs/s
|
0.000266162
kl/s
|
19
Tbs/s
|
0.000280949
kl/s
|
20
Tbs/s
|
0.000295735
kl/s
|
21
Tbs/s
|
0.000310522
kl/s
|
22
Tbs/s
|
0.000325309
kl/s
|
23
Tbs/s
|
0.000340096
kl/s
|
24
Tbs/s
|
0.000354882
kl/s
|
25
Tbs/s
|
0.000369669
kl/s
|
26
Tbs/s
|
0.000384456
kl/s
|
27
Tbs/s
|
0.000399243
kl/s
|
28
Tbs/s
|
0.000414029
kl/s
|
29
Tbs/s
|
0.000428816
kl/s
|
30
Tbs/s
|
0.000443603
kl/s
|
31
Tbs/s
|
0.00045839
kl/s
|
32
Tbs/s
|
0.000473176
kl/s
|
33
Tbs/s
|
0.000487963
kl/s
|
34
Tbs/s
|
0.00050275
kl/s
|
35
Tbs/s
|
0.000517537
kl/s
|
36
Tbs/s
|
0.000532324
kl/s
|
37
Tbs/s
|
0.00054711
kl/s
|
38
Tbs/s
|
0.000561897
kl/s
|
39
Tbs/s
|
0.000576684
kl/s
|
40
Tbs/s
|
0.000591471
kl/s
|
41
Tbs/s
|
0.000606257
kl/s
|
42
Tbs/s
|
0.000621044
kl/s
|
43
Tbs/s
|
0.000635831
kl/s
|
44
Tbs/s
|
0.000650618
kl/s
|
45
Tbs/s
|
0.000665404
kl/s
|
46
Tbs/s
|
0.000680191
kl/s
|
47
Tbs/s
|
0.000694978
kl/s
|
48
Tbs/s
|
0.000709765
kl/s
|
49
Tbs/s
|
0.000724551
kl/s
|
50
Tbs/s
|
0.000739338
kl/s
|
51
Tbs/s
|
0.000754125
kl/s
|
52
Tbs/s
|
0.000768912
kl/s
|
53
Tbs/s
|
0.000783699
kl/s
|
54
Tbs/s
|
0.000798485
kl/s
|
55
Tbs/s
|
0.000813272
kl/s
|
56
Tbs/s
|
0.000828059
kl/s
|
57
Tbs/s
|
0.000842846
kl/s
|
58
Tbs/s
|
0.000857632
kl/s
|
59
Tbs/s
|
0.000872419
kl/s
|
60
Tbs/s
|
0.000887206
kl/s
|
61
Tbs/s
|
0.000901993
kl/s
|
62
Tbs/s
|
0.000916779
kl/s
|
63
Tbs/s
|
0.000931566
kl/s
|
64
Tbs/s
|
0.000946353
kl/s
|
65
Tbs/s
|
0.00096114
kl/s
|
66
Tbs/s
|
0.000975926
kl/s
|
67
Tbs/s
|
0.000990713
kl/s
|
68
Tbs/s
|
0.0010055
kl/s
|
69
Tbs/s
|
0.00102029
kl/s
|
70
Tbs/s
|
0.00103507
kl/s
|
71
Tbs/s
|
0.00104986
kl/s
|
72
Tbs/s
|
0.00106465
kl/s
|
73
Tbs/s
|
0.00107943
kl/s
|
74
Tbs/s
|
0.00109422
kl/s
|
75
Tbs/s
|
0.00110901
kl/s
|
76
Tbs/s
|
0.00112379
kl/s
|
77
Tbs/s
|
0.00113858
kl/s
|
78
Tbs/s
|
0.00115337
kl/s
|
79
Tbs/s
|
0.00116815
kl/s
|
80
Tbs/s
|
0.00118294
kl/s
|
81
Tbs/s
|
0.00119773
kl/s
|
82
Tbs/s
|
0.00121251
kl/s
|
83
Tbs/s
|
0.0012273
kl/s
|
84
Tbs/s
|
0.00124209
kl/s
|
85
Tbs/s
|
0.00125688
kl/s
|
86
Tbs/s
|
0.00127166
kl/s
|
87
Tbs/s
|
0.00128645
kl/s
|
88
Tbs/s
|
0.00130124
kl/s
|
89
Tbs/s
|
0.00131602
kl/s
|
90
Tbs/s
|
0.00133081
kl/s
|
91
Tbs/s
|
0.0013456
kl/s
|
92
Tbs/s
|
0.00136038
kl/s
|
93
Tbs/s
|
0.00137517
kl/s
|
94
Tbs/s
|
0.00138996
kl/s
|
95
Tbs/s
|
0.00140474
kl/s
|
96
Tbs/s
|
0.00141953
kl/s
|
97
Tbs/s
|
0.00143432
kl/s
|
98
Tbs/s
|
0.0014491
kl/s
|
99
Tbs/s
|
0.00146389
kl/s
|
100
Tbs/s
|
0.00147868
kl/s
|
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