What is the chemical formula for glycerin?
156706
Glycerin, also well known as glycerine and glycerol, and less commonly as 1,2,3-propanetriol, 1,2,3-trihydroxypropane, glyceritol, and glycyl alcohol is a colorless, odorless, hygroscopic, and sweet-tasting viscous liquid. Glycerin is a sugar alcohol and has three hydrophilic alcoholic hydroxyl groups (-OH) that are responsible for its solubility in water. Glycerin is prochiral. Glycerin is used in glycerin soap, in cosmetics and creams, in foods, in chemistry, and in glycerin Fog machine mist. Glycerin is produced from dihydroxyacetone phosphate (DHAP) by the enzyme glycerol three-phosphate dehydrogenase (Gpd p) in the mitochondrion of the eukaryotic cell during glycolysis
75087
without knowing the specifics of your problem, the formula I think you're asking for is deltaH=H(products)-H(reactants). You get the H values for your products and reactants from tables, multiply them by their coefficients, add all the reactants and all the products, the subtract reactants from products.\n\nThe only other enthalpy equation I can think of is \nH=E+PV where E=energy, P=pressure, and V=volume.
813911
HBr ---> H(+) + Br(-)\nH2SO3 ---> H(+) + HSO3(-)\nCH3-COOH ---> H(+) + CH3-COO(-)
90372
what kind of soap are you making? glycerin?
706398
CaCl2 + 2AgNO3 --> Ca(NO3)2 + 2AgCl. AgCl is the precipitate.\n(80g cacl2) x (1mol cacl2 / molar mass cacl2) x (2mol agcl / 1mol cacl2) x (molar mas agcl / 1mol agcl)= g agcl= 206.6 g AgCl
746405
Oleic acid ((Z)-9-octadecenoic acid) + Br2 ---> 9,10-dibromooctadecanoic acid \n\nOr: \n\nC18H34O2 + Br2 ----> C18H34O2Br2
820243
the chemical formula of a hydrate would be:\n\nthe original anhydrous form x nH2O where n is any whole numbers\n\nfor example: CaCl2 (calcium chloride) may form several different hydrates--\nCaCl2 x H2O\nCaCl2 x 2H2O\nCaCl2 x 6H2O
980544
1) MgCO3\n2) AlF3\n3) BF3\n4) NH4F\n5) SnO2\n6) HCL\n7) Ca(OH)2\n8) Na2S\n9) K2SO3\n\n1) do yo mean PbCl2? then Lead (II) Chloride\n2) Lithium Bromide\n3) Potassium Sulfate\n4) Megnesium Hydroxide\n5) don't know\n6) Hydrogen Nitrate\n7) Barium Phosphate\n8) Carbon Monoxide\n9) Copper Brimide\n10) Ammonium Chloride\n11) Tin (II) Hydroxide\n12) Calcium Nitrogide\n13) Strontium Oxide\n14) Tetraiodide prefix for 9 and oxide\n\nFe^+2\nNi^2\nAg^+1
890894
C12H22O11+12O2-------12CO2+11H2O+E
787481
NaHCO2 + H2SO4 --> Na2SO4 + CO2(g) + H2O(L)\n\nSodium bicarbonate + sulphuric acid equals sodium sulfate + carbon dioxide + water
808775
Na2C2O4\n Na +1, C +3, O -2
84557
A simpler formula will be SO2+NO2+CO2+H20 (unlimited)-> H2SO4 (strong and oxidant) +  HNO3 (nitric acid, stronger and oxidant) +  H2C03 (carbonic acid, weak but ´till corrosive, just like the soft drinks)
24431
3225..............x\nZn   +  2HCl -> ZnCl2 + H2\n65.4............136.4\n\nx=3225*136.4/65.4\nx= 6 726.14679 grams
179787
Starch is a polymer of carbohydrates, so it doesnt have a set molecular formula- The individual units are CH, CH2, or CH3, depending on the number of carbon bonds on each carbon.
811894
(1) Find the empirical formula.  Assuming a 100 gram sample,\n\n40.00 g C x (1 mol C/12.011 g C) = 3.33 mol C\n6.71 g H x (1 mol H/1.0079 g H) = 6.66 mol H\n53.28 g O x (1 mol O/16.00 g O) = 3.33 mol O\n\nSo the ratio of C:H:O is 1:2:1, and the Empirical Formula is C1H2O1.\n\n(2) Now the molecular formula of something is some multiple of the empirical formula, or (C1H2O1) x z.  We have to figure out what this z is.\n\nIf it's a gas, and the data given are: \nP = 2931.6 mmHg x (1 atm/760 mmHg) = 3.86 atm\nV = 189.0 mL = 0.1890 L\nT = 23.0C = 296 K\nR = 0.0821 atm-L/mol-K\nso using the Ideal Gas Law, PV=nRT, n  = 0.0300 mol\n\nThe molar mass of the compound is mass/moles = m/n = 1.80 g/0.0300 mol = 60.0 g/mol.\n\nThe Empirical Formula is C1H2O1; one empirical formula unit has a mass of (1 x 12.011) + (2 x 1.0079) + (1 x 16.00) = 30.03; if the molecule weighs 60.0 g/mol, then the z is 2 (in other words, it requires two empirical formula units to make up the molecule) nad the molecular formula is C2H4O2.
762384
glycerol is actually a breakdown product of phospholipids, which comprise the plasma membrane's bilipid layer. it may also exist as an attachment to various membrane proteins (so called "glycoproteins" or "lipoproteins"). glycerol itself is a three carbon molecule whose carbons may be attached to long chains of hydrocarbons and/or phosphate molecules. the lipids in the plasma membrane are made from this glycerol "backbone" with varying numbers of hydrocarbons as their attachments (e.g., phosphatidyl-choline). glycerol can be used inside the cell as an energy source when glucose is not abundant.
36042
n-hexanoic acid\n\nThere are a LOT of compounds with that chemical formula.  Check chemfinder.com for more.