To form carbonic acid in the bloodstream, what two compounds are needed??
436514
Water and Carbon dioxide. With the help of an enzyme called carbonic anhydrase.
109263
Cl- rushes out of RBC as HCO3- rushes into RBC (chloride shift), HCO3- combines with H+ to form carbonic acid that immediately splits into CO@ and H2O.  CO2 moves outside RBC and diffuses into alveoli, allowing O2 to cross into the bloodstream and combine with Hgb in RBC.  The diffusion occurs mainly due to the partial pressure of O2 being higher in the alveoli than the blood, and vice versa for the CO2. Partial pressures exert themselves as if no other gas were present (Dalton's Law).
921837
NaHCO3 --> Na+ + HCO3-\nCa(NO3)2 --> Ca(2+) + 2NO3-\nAl2(CO3)3 --> 2Al(+3) + 3CO3 (-2)
813754
O2, N2 and CO2.\n\nDon't understand the last part
1026749
vinegar : acetic acid CH3COOH\nwashing soda : NaHCO3\n\nCH3COOH + NaHCO3 -> CH3COONa + CO2 +H2O\n\nthere will be a solid (the acetic salt) and water, carbon dioxyde will have escaped if it is not in a closed container
834133
the C6H12O6 represents a molecule of glucose that a cell is metabolizing. Cellular respiration oxidizes (burns) food molecules into carbon dioxide and water.  So, the C's in glucose are eventually converted into carbon dioxide (the 6 CO2).  The O2 is oxygen that a cell gets from its environment.  If you're thinking of this happening in you, the oxygen is absorbed by the bloodstream in your lungs from the air that you breathe. The O2 is used to form the water.
1165394
Calcium chloride and carbonic acid, which decomposes to carbon dioxide and water.
1022742
calcium carbonate...\n\ncalcium and carbon....
1088951
Carbonic Acid is an example of a buffer. It keeps the equilibrium in your blood stream, so that the pH remains around 7.2-7.4. If there are too much acid, it acts as a base to reduce the amounts of acid, and vice versa. \n\nSuppose you injected yourself with sodium hydroxide (why, I don't know), then:\nNaOH + H2CO3 = NaHCO3 + H2O \nBut if you drank HCl instead of H2O:\nHCl + NaHCO3 = NaCl + H2CO3 \n\nObviously, the pH in your mouth is different from that of your stomach, seeing as how stomach acid is HCl. but naturally, without additional acids and bases, they are all roughly the same.
779377
Fatty acids have Carbon (C), Hydrogen (H), and Oxygen (O).  Some other fatty acids have Phosphorus (P).  Amino acids typically have some combination of Carbon (C), Oxygen, (O), Hydrogen (H), Nitrogen (N) and Sulfur (S).
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6co2+6h2o <---> c6h12o6+6o2\n\nLeft side:\n\n6 CO2  =  6 carbon + 12 oxygen\n6 H2O =  12 hydrogen + 6 oxygen\n\nRight side:\n\nC6H12O6 = 6 carbon + 12 hydrogen + 6 oxygen\n6O2 = 12 oxygen\n\nNicely balanced equation for glucose metabolism!
133772
Any time you have carbon, hydrogen, and oxygen going through a chemical reaction they produce carbon dioxide (CO2) and water(H2O) \nSome are: C3H8(g) + 5O2(g) -> 3CO2(g) + H2O(g) AND\nC2H5OH + 3O2 -> 2CO2 + 3H2O\nTry to think of the last one on your own. Hope that helped.
491197
both are needed for cellular respiration\n\noxygen + glucose(food)--> carbon dioxide + water+ energy
897911
The starting substances in respiration are a sugar (usually glucose) and oxygen.  The sugar first goes through glycolysis , which breaks it down into 2 pyruvates, 2 ATP, and  2 NADH. Then the 2 pyruvates go into the Krebs cycle (TCA cycle) and more NADH are made, plus 2 GTP.  Then all of the reducing power enters the electron transport chain where electron are transferred to oxygen to make H2O and ATP at the end of the respiration pathway.  The carbons in the glucose are converted into CO2.
839133
H2CO2 is better written as HCO(OH).\n\nThe dissociation equation is:\n\nHCO(OH) ---> HCOO(-) + H(+)\n\nYou can see from the reaction that it can give only one proton (The other H, bound to the C is not acidic).\n\nSo monoacid.
147895
Carbonic acid, which falls apart into CO2 and H2O.
202502
The answer is very basic. Start with chemical names.  Carbon dioxide is made from carbon and oxygen. Carbon is called C, and Oxygen is called O. If you have two atoms of O, and one atom of C, then you have Carbon dioxide. The shorthand notaion for this is CO2. Don't be afraid of chemical formulas, but bring yourself to be comfortable with them, so you don't freak when you have to do a problem like this:\n__H4C + __O4Fe---->__HCO + __Fe. (this is balancing equations, but they're easy, once you learn to decode what chemical equations are trying to tell you )\n\nOn this website, just look at the ones that are relevant:\nhttp://www.ukrocketry.co.uk/forum/index.php?s=e26325e497d951d76619a79a0ad64ae7&showtopic=381\n\n\n\n\n\nThis si a segment on this from my school textbook: (sorry, its kinda long)\nA molecule or compound consists of at least two atoms that are chemically bonded. The chemical formula of a molecule or compound states how many atoms of each element are in one of its molecules. This formula is similar to an algebraic formula in its use of symbols. The description of a compound with numbers and symbols is called a chemical formula. Some formulae can be quite complex.\n\nQuestions you may have are:\n\nWhat are chemical compounds? \nWhat is the numbering system in a chemical formula? \nHow do you designate complex compounds? \nThis lesson will explain the basics of chemical formulas. \n\nChemical compounds\nA molecule is the chemical combination of two or more atoms. They can be of the same element, such as in the oxygen molecule (O2) or different as in the water molecule (H2O)\n\nA compound is a molecule that is made up of at least two different elements. The water molecule is a compound. When atoms of different elements combine to form a compound, the result is a new substance that has different properties than the original elements. A good example is when the poisonous green chlorine gas is combined with the explosive metal sodium to form the white salt crystals we use in our food.\n\nThe study of Chemistry is mainly interested in the formation of chemical compounds, since there are so many possible combinations of elements.\n\nChemical formulas\nChemical formulas (or more correctly: formulae) are designations of molecules and compounds in shorthand notation, similar to that used in Algebra.\n\nElements can be written as abbreviations or in a shorthand notation. For example, He denotes helium, Fe denotes iron, and Cl denotes chlorine. A chemical formula is writing the elements of a compound, using their abbreviations.\n\nThe combination of two or more elements to form a molecule is designated by writing their abbreviations next to each other. For example carbon monoxide is written as CO. The order in which the elements are written is typically alphabetical, but there are a number of exceptions for historical reasons and to clarify the geometry of the molecule.\n\nIf there is more than one atom of a type in the molecule, the formula shows it by a small number after the symbol. For example, water is H2O, which means there are 2 atoms of hydrogen and one atom of oxygen in the molecule. Carbon dioxide is CO2, which means there is one atom of carbon and two atoms of oxygen in the molecule.\n\nTo show the number of molecules, a full sized number is located in front of the molecule. For example 4 molecules of carbon dioxide is designated as:\n\n4CO2\n\nThis means there are a total of 4 C atoms and 8 O atoms in the combination. A way to remember this—taken from Algebra—is to think of it as 4 x (CO2).\n\nComplex formulae\nJust as in Algebra, you can use parentheses to separate parts in a complex formula. One example is the formula for nitroglycerin, a highly explosive substance.\n\nC3H5(NO3)3\n\nThis formula shows that nitroglycerin consists of 3 atoms of C, 5 atoms of H and then 3 molecules of NO3. If the parentheses were not used, you might have a formula like:\n\nC3H5N3O9\n\nThe number of atoms for each el