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 cubic centimeter per second (cm³/s) is a fascinating unit used to measure volumetric flow rate, illustrating the picture of how quickly a volume of fluid passes a point in a given timeframe. Its roots are deeply embedded in fluid dynamics, where it’s often employed in medical applications like monitoring blood flow in vessels, ensuring vital physiological processes are functioning correctly. In industrial settings, this unit plays a crucial role in precision engineering, regulating the flow of liquids in microfluidics and ensuring efficient fuel delivery systems.
Interestingly, the cubic centimeter per second is equivalent to one million cubic millimeters per second, reflecting the intricacies and adaptability of metric measurements. This unit underscores how seemingly small, precise measurements can have a massive impact on technology, science, and healthcare, providing insights into phenomena as diverse as the movement of nutrients within soil to the cooling systems of high-speed computers.
Tablespoons per second | Cubic Centimeters per second |
---|---|
0
Tbs/s
|
0
cm³/s
|
1
Tbs/s
|
14.78676
cm³/s
|
2
Tbs/s
|
29.57353
cm³/s
|
3
Tbs/s
|
44.36029
cm³/s
|
4
Tbs/s
|
59.14706
cm³/s
|
5
Tbs/s
|
73.93382
cm³/s
|
6
Tbs/s
|
88.72059
cm³/s
|
7
Tbs/s
|
103.50735
cm³/s
|
8
Tbs/s
|
118.29412
cm³/s
|
9
Tbs/s
|
133.08088
cm³/s
|
10
Tbs/s
|
147.86765
cm³/s
|
11
Tbs/s
|
162.65441
cm³/s
|
12
Tbs/s
|
177.44118
cm³/s
|
13
Tbs/s
|
192.22794
cm³/s
|
14
Tbs/s
|
207.01471
cm³/s
|
15
Tbs/s
|
221.80147
cm³/s
|
16
Tbs/s
|
236.58824
cm³/s
|
17
Tbs/s
|
251.375
cm³/s
|
18
Tbs/s
|
266.16177
cm³/s
|
19
Tbs/s
|
280.94853
cm³/s
|
20
Tbs/s
|
295.7353
cm³/s
|
21
Tbs/s
|
310.52206
cm³/s
|
22
Tbs/s
|
325.30883
cm³/s
|
23
Tbs/s
|
340.09559
cm³/s
|
24
Tbs/s
|
354.88235
cm³/s
|
25
Tbs/s
|
369.66912
cm³/s
|
26
Tbs/s
|
384.45588
cm³/s
|
27
Tbs/s
|
399.24265
cm³/s
|
28
Tbs/s
|
414.02941
cm³/s
|
29
Tbs/s
|
428.81618
cm³/s
|
30
Tbs/s
|
443.60294
cm³/s
|
31
Tbs/s
|
458.38971
cm³/s
|
32
Tbs/s
|
473.17647
cm³/s
|
33
Tbs/s
|
487.96324
cm³/s
|
34
Tbs/s
|
502.75
cm³/s
|
35
Tbs/s
|
517.53677
cm³/s
|
36
Tbs/s
|
532.32353
cm³/s
|
37
Tbs/s
|
547.1103
cm³/s
|
38
Tbs/s
|
561.89706
cm³/s
|
39
Tbs/s
|
576.68383
cm³/s
|
40
Tbs/s
|
591.47059
cm³/s
|
41
Tbs/s
|
606.25736
cm³/s
|
42
Tbs/s
|
621.04412
cm³/s
|
43
Tbs/s
|
635.83089
cm³/s
|
44
Tbs/s
|
650.61765
cm³/s
|
45
Tbs/s
|
665.40442
cm³/s
|
46
Tbs/s
|
680.19118
cm³/s
|
47
Tbs/s
|
694.97794
cm³/s
|
48
Tbs/s
|
709.76471
cm³/s
|
49
Tbs/s
|
724.55147
cm³/s
|
50
Tbs/s
|
739.33824
cm³/s
|
51
Tbs/s
|
754.125
cm³/s
|
52
Tbs/s
|
768.91177
cm³/s
|
53
Tbs/s
|
783.69853
cm³/s
|
54
Tbs/s
|
798.4853
cm³/s
|
55
Tbs/s
|
813.27206
cm³/s
|
56
Tbs/s
|
828.05883
cm³/s
|
57
Tbs/s
|
842.84559
cm³/s
|
58
Tbs/s
|
857.63236
cm³/s
|
59
Tbs/s
|
872.41912
cm³/s
|
60
Tbs/s
|
887.20589
cm³/s
|
61
Tbs/s
|
901.99265
cm³/s
|
62
Tbs/s
|
916.77942
cm³/s
|
63
Tbs/s
|
931.56618
cm³/s
|
64
Tbs/s
|
946.35295
cm³/s
|
65
Tbs/s
|
961.13971
cm³/s
|
66
Tbs/s
|
975.92648
cm³/s
|
67
Tbs/s
|
990.71324
cm³/s
|
68
Tbs/s
|
1005.50001
cm³/s
|
69
Tbs/s
|
1020.28677
cm³/s
|
70
Tbs/s
|
1035.07353
cm³/s
|
71
Tbs/s
|
1049.8603
cm³/s
|
72
Tbs/s
|
1064.64706
cm³/s
|
73
Tbs/s
|
1079.43383
cm³/s
|
74
Tbs/s
|
1094.22059
cm³/s
|
75
Tbs/s
|
1109.00736
cm³/s
|
76
Tbs/s
|
1123.79412
cm³/s
|
77
Tbs/s
|
1138.58089
cm³/s
|
78
Tbs/s
|
1153.36765
cm³/s
|
79
Tbs/s
|
1168.15442
cm³/s
|
80
Tbs/s
|
1182.94118
cm³/s
|
81
Tbs/s
|
1197.72795
cm³/s
|
82
Tbs/s
|
1212.51471
cm³/s
|
83
Tbs/s
|
1227.30148
cm³/s
|
84
Tbs/s
|
1242.08824
cm³/s
|
85
Tbs/s
|
1256.87501
cm³/s
|
86
Tbs/s
|
1271.66177
cm³/s
|
87
Tbs/s
|
1286.44854
cm³/s
|
88
Tbs/s
|
1301.2353
cm³/s
|
89
Tbs/s
|
1316.02207
cm³/s
|
90
Tbs/s
|
1330.80883
cm³/s
|
91
Tbs/s
|
1345.5956
cm³/s
|
92
Tbs/s
|
1360.38236
cm³/s
|
93
Tbs/s
|
1375.16912
cm³/s
|
94
Tbs/s
|
1389.95589
cm³/s
|
95
Tbs/s
|
1404.74265
cm³/s
|
96
Tbs/s
|
1419.52942
cm³/s
|
97
Tbs/s
|
1434.31618
cm³/s
|
98
Tbs/s
|
1449.10295
cm³/s
|
99
Tbs/s
|
1463.88971
cm³/s
|
100
Tbs/s
|
1478.67648
cm³/s
|
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