what is the chemical formula of sodium caseinate?
81113
Chemical Formula: \nCasein proteins are composed of the following amino acids: \n20.2% Glutamic Acid \n10.2% Proline \n 8.3% Leucine* \n 7.4% Lysine* \n 6.5% Valine* \n 6.4% Aspartic Acid \n 5.7% Serine \n 5.7% Tyrosine \n 5.5% Isoleucine* \n 4.5% Phenylalanine* \n 4.4% Threonine* \n 3.7% Arginine \n 2.8% Histidine \n 2.7% Alanine \n 2.5% Methionine* \n 2.4% Glycine \n 1.1% Tryptophan* \n 0.3% Cystine
458346
2NaOH + CO2 = Na2CO3 + H2O
429906
Never trust materials science majors ...\n\n1. NaCl (s) --> Na+ (aq) + Cl- (aq)\n2. Ca (s) + 2H2O (l) --> Ca(OH)2 (s) + H2 (g)\n3. Ca(OH)2 (s) --> H2O (g) + CaO (s)
376126
Sodium carbonate and sodium bicarbonate.
1037113
the first answer is way wrong... sodium bicarb is baking powder...sodium penothol is truth serum
820191
The empirical formula is derived from the mineral's structural (molecular) formula by using the published analysis of the mineral or deriving the analysis using basic rules.\nAtomic substitutions were analyzed by the following procedure if published analyses were not available. Adjustments were made to match the measured density with the calculated density if needed: \n(K,Na) = K0.75 Na0.25\n\n(K,Na,Cs)= K0.6 Na0.3 Cs0.1 \n\nRare Earth Elements (REE in formulae) were calculated based on the chondrite normalized abundances. This analysis used 144 for the REE atomic weight and 61 as the atomic number. \nSolid solution series minerals were calculated based on the mid-points of the accepted compositional range of the mineral..☺
666967
Here's the lowdown on casein, which is a polymer:\n\nhttp://en.wikipedia.org/wiki/Casein\n\nhttp://www.arserrc.gov/CaseinModels/
231158
.20 m Na2SO4, .20 m NaCl, .10 m BaCl2, .10 m glucose
20552
Sodium fluoride is an ionic compound, so you can't really say that you have one "molecule" of sodium fluoride. Instead, what you have is an alternating arrangement of sodium and fluoride ions in a 6-coordinate ocathedral pattern in a crystal lattice. A nice picture of this is at the website listed below.
336690
The term "Tutton salt" refers to a large class of chemical compounds that have the general formula:\n\nN2 M (XY4)2 . 6H2O, where \n\nN = K+, Rb+, Cs+, Tl+, or NH4+\nM = Mg++, V++, Cr++, Mn++, Fe++, Co++, Ni++, Cu++, Zn++, Cd++, or Ru++\nXY4 = (SO4)--, (SeO4)--, (BeF4)--, or (CrO4)--\n\nI don't know of any particularly unique application that they are "used to study";  the term simply refers to the class of compounds that shares a common crystal structure with hexahydrated double sulfate salts.
802677
Table salt is sodium chloride, NaCl.  If it's "iodized," it will contain sodium or potassium iodide (NaI/KI).  It also contains (usually) an anti-caking agent, like sodium silico-aluminate, NaAlSi3O8.  Salt substitute is potassium chloride, KCl.  It also contains some other chemicals, which seem to vary by brand.
852194
Sodium carbonate has chemical formula Na2CO3. Sodium bicarbonate has chemical formula NaHCO3. Sodium carbonate is more alkaline than sodium bicarbonate thus sodium bicarbonate is more acidic. The definition of acidity is how many H+ ions are released when the substance is mixed with water. Since sodium bicarbonate actual contains H+ ions within it, it would obviously be more acidic.
36042
n-hexanoic acid\n\nThere are a LOT of compounds with that chemical formula.  Check chemfinder.com for more.
580018
No, NaCl is salt, an inorganic substances. Carbohydrate is sugar, an organic substance with empirical formular of (C6H12N6)n.
655718
HOPKINS CaFe C with salt (NaCl)(Human body majorly is made \nup of Hydrogen, Oxygen, Phosphorous, Potassium,  Iodin, Nitrogen, sulphur,Calciun, Iron, CARBON, Sodiun and Chlorine with other trace materials)\nBest enpherical formulae hor humans
699607
This site is a good resource for chemical structures and their properties.\nhttp://www.chemicalland21.com/\n\nSpecifically for Sodium erythorbate:\nhttp://www.chemicalland21.com/lifescience/foco/SODIUM%20ERYTHORBATE.htm
370118
if it forms a 2- ion it is from the Chalcogen (group V1(A) or 16) family (Oxygen, Sulphur, ...).  The two bonds between two Oxygen atoms are Covalent.  It has 6 valence electrons and takes two to complete the valence shell (noble configuration).\n\nThe reaction of X with Sodium (Na) will require twice as many Na atoms as Sodium only has 1 valent electron to give (to make the Na+ ion)\n\nSo\n\n2Na + X -> Na2X which in a polar solvent (e.g. water) will become 2Na+ +X2- \n\nFYI, the Halogens are Fluorine, Chlorine etc and only have one single space left to take an electron to reach Noble configuration hence they form singly charged anions F-, Cl-...