which one of the following reactions is most likely to give a polysubstituted product?
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Friedel Crafts alkylation is very likely to produce a polysubstituted product.
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A synthesis reaction is a reaction in which two or more reactants combine to form a more complex substance. In other words: A + B --> AB. The opposite of a synthesis reaction is a decomposition reaction, which is a reaction in which a more complex substance is broken down into two or more smaller substances.
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H2(g) + I2(g) arrow 2HI(g) The forward reaction above is exothermic.
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A synthesis reaction occurs when two or more reactants combine to form a single product. In a decomposition reaction, one reactant breaks down into two or more products. This is the reverse of a synthesis reaction. ... In a single replacement reaction, one element takes the place of another in a single compound.
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The answer is A) carboxyl as J.R.S stated in his response.
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The product of this reaction is a two-carbon molecule called acetyl-CoA. The third carbon from pyruvate combines with oxygen to form carbon dioxide, which is released as a waste product.
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['Carboxymethylcellulose.', 'Denatured alcohol.', 'Hydrofluorocarbon.', 'Polyvinyl alcohol.', 'Propylene glycol.', 'Polyvinylpyrrolidone.']
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There are two oxygen atoms in the reactants and two atoms of oxygen in the product. The law of conservation of matter has been satisfied.
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Catabolic Reactions. Catabolic reactions break down large organic molecules into smaller molecules, releasing the energy contained in the chemical bonds. These energy releases (conversions) are not 100 percent efficient. The amount of energy released is less than the total amount contained in the molecule.
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But there is another type of reaction that will also push the reactants to products and that is an Oxidation-Reduction (Redox) reaction which is driven by the irreversible transfer of electrons. I say this reaction is "irreversible" because the spontaneous transfer of electrons only proceeds in one direction.
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The coupled reaction plays an important role to convert this energy into endergonic form. So, the energy does not get removed as heat, by the system. ATP mediates the coupling reaction by transfer of its phosphate group, after hydrolysis, to the substrate, which makes the ...
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Amino acids joining together to make a peptide is a good example of a synthesis reaction. The synthesis or anabolism reactions involve the joining of smaller molecules together to form larger and more complex molecules.
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In coupled reactions, an enzyme binds both a high energy molecule (usually ATP) and the other molecule(s) involved in the reaction. Hydrolysis of ATP provides energy for the enzyme to stimulate the reaction on the other substance(s).
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Explanation: Synthesis reactions are chemical reactions where two elements combine to make a product. ... Decomposition reactions are chemical reactions where a reactant produces another product, usually two or more. This is when the bonds in the compound are broken apart to form new compounds.
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A bimolecular reaction involves the collision of two particles. Bimolecular reactions are common in organic reactions such as nucleophilic substitution. The rate of reaction depends on the product of the concentrations of both species involved, which makes bimolecular reactions second-order reactions.
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['Combination reaction.', 'Decomposition reaction.', 'Displacement reaction.', 'Double Displacement reaction.', 'Precipitation Reaction.']
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Products. The immediate products of one turn of the Calvin cycle are 2 glyceraldehyde-3-phosphate (G3P) molecules, 3 ADP, and 2 NADP+. (ADP and NADP+ are not really "products." They are regenerated and later used again in the Light-dependent reactions).