[kg/m³] kg-m3.com All about density

[oz t / US fl oz] to [cg / tbsp (metric)]

« from oz-t / us-fl-oz
Switch ⇆ : from Centigram per tablespoon (metric) to ounce (apothecary; troy) per ounce (fluid US customary)

Convert density from ounce (apothecary; troy) per ounce (fluid US customary) to Centigram per tablespoon (metric).
Conversion number is 24346096.345327, this means that oz tUS fl oz is bigger unit compared to cgtbsp (metric).

Enter the density in ounce (apothecary; troy)ounce (fluid US customary)

oz t
US fl oz
24346096.345327 cg
tbsp (metric)

Result is in Centigramtablespoon (metric) .
Calculation process:

1
oz t / US fl oz
×
480.0000000000 [kg/oz t] / 0.00001 [kg/cg]
×
1.50E-05 [m³/tbsp (metric)] / 2.95735295625E-05 [m³/US fl oz]
= 24346096.345327
cg / tbsp (metric)

 

Bulk conversion [oz t / US fl oz] => [cg / tbsp (metric)]

[oz t/US fl oz][cg/tbsp (metric)]


Generate numbers from:
Step:  

You can enter your own numbers (one per line) or just generate some numbers and convert them. The results you can copy-paste to Excel for example.


More about base units:

• 1 ounce (apothecary; troy) [oz t] ≡  1⁄12 lb t = 480.0000000000 kg, definition: = 31.1034768 g. National Institute of Standards and Technology (October 2011). Butcher, Tina; Cook, Steve; Crown, Linda et al. eds. Appendix C – General Tables of Units of Measurement (PDF) p. C-6
• 1 ounce (fluid US customary) [US fl oz] ≡  1⁄128 gal (US) = 2.95735295625E-05 m3, definition: US fluid ounce is unit of volume (or capacity) equal to 1/128 of US fluid gallon ≡ 29.5735295625×10−6 m³. See also: US gallon (fluid)
• 1 Centigram [cg] =1x10-5 kg = 0.00001 kg, definition: . National Institute of Standards and Technology (October 2011). Butcher, Tina; Cook, Steve; Crown, Linda et al. eds. Appendix C – General Tables of Units of Measurement (PDF) p. C-4
• 1 tablespoon (metric) [tbsp (metric)] ≡ 15 ml = 1.50E-05 m3, definition: Metric tablespoon is exactly 15 mL ≡ 15.0×10−6 m³. Cardarelli, François Cradarelli (2003). Encyclopaedia of Scientific Units, Weights and Measures. London: Springer. p. 44. ISBN 978-1-4471-1122-1