[kg/m³] kg-m3.com All about density

[lb av / tsp (metric)] to [oz t / tbsp (metric)]

« from lb-av / tsp-metric
Switch ⇆ : from ounce (apothecary; troy) per tablespoon (metric) to pound (avoirdupois) per teaspoon (metric)

Convert density from pound (avoirdupois) per teaspoon (metric) to ounce (apothecary; troy) per tablespoon (metric).
Conversion number is 0.0028349523125, this means that lb avtsp (metric) is smaller unit compared to oz ttbsp (metric).

Enter the density in pound (avoirdupois)teaspoon (metric)

lb av
tsp (metric)
0.0028349523125 oz t
tbsp (metric)

Result is in ounce (apothecary; troy)tablespoon (metric) .
Calculation process:

1
lb av / tsp (metric)
×
0.45359237 [kg/lb av] / 480.0000000000 [kg/oz t]
×
1.50E-05 [m³/tbsp (metric)] / 5.0E-06 [m³/tsp (metric)]
= 0.0028349523125
oz t / tbsp (metric)

 

Bulk conversion [lb av / tsp (metric)] => [oz t / tbsp (metric)]

[lb av/tsp (metric)][oz t/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 pound (avoirdupois) [lb av] ≡ 0.45359237 kg = 7000 grains = 0.45359237 kg, definition: By definition, 1 lb av ≡ exactly 0.45359237 kg. United States National Bureau of Standards (1959-06-25). Notices, Refinement of values for the yard and the pound (PDF)
• 1 teaspoon (metric) [tsp (metric)] ≡ 5 ml = 5.0E-06 m3, definition: Metric teaspoon is exactly 5 mL = 5.0×10−6 m³. conversion.org/volume/teaspoon-metric/
• 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 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