20 degree Baume HCl has a specific gravity of 1.16, so its weight per gallon is 9.66 (pounds per gallon).
I believe that this value is 23,96.
66 Baume Sulfuric Acid is contains 93.2% H2SO4 by weight in water. It requires 1 lbmol of H2SO4 to neutralize 2 lbmol of NaOH. Assuming that 350 lbs of NaOH is pure, there are 8.75 lbmol of NaOH. (Divide 350lb by 40 lb/lbmol, the MW of NaOH.) It takes 4.375 lbmol of H2SO4 to neutralize the 350 lb of NaOH because there are 2 lbmol of H per lbmol of H2SO4 and one lbmol of OH per lbmol of NaOH. 4.375 lbmol is equivalent to 428.75 lb of H2SO4. (Multiply by 98 lb/lbmol, the MW of H2SO4.) Then divide by 93.2% or 0.932 to get the quanty of 66 Baume containing 428.75 lb of H2SO4. 460 lb of 66 Baume. The density of 66 Baume is 1.8354 g/cm3 which is equivalent to 15.32 lb/gallon. (Mulitply by 8.345.) Finally, it requires 30 gallons of 66 baume to neutralize 350 lbs of NaOH. (Divide 460 by 15.32.)
Be is the chemical symbol of beryllium or the acronym of Baume degrees.
A baume is a unit to based on specific gravity of a substance. The Formula is as followed : Sg=145÷(145-oB) Sg= Specific gravity solving the equation Sg=1.859, which for sulphuric acid maybe a little tricky
38° Bé Sodium Hydroxide NaOH SG = 145 / ( 145 - Bé ) = 145 / ( 145 - 38 ) = 145 / 107 = 1.355 If you look at the data of Sodium Hydroxide you will see that a S.G of 1.355 represents a concentration of approx. 33 % Weight
I believe that this value is 23,96.
Eric Baume was born in 1900.
La Baume's population is 228.
Jonathan Baume was born in 1953.
Frederick Baume was born in 1862.
Frederick Baume died in 1910.
Nicholas Baume has written: 'Getting Emotional'
The population of Baume-les-Dames is 5,317.
Granges-sur-Baume's population is 134.
The area of La Baume is 16.91 square kilometers.
The population of La Baume-Cornillane is 445.
Frederick Ehrenfried Baume was born in 1862.