The Gatterman reaction is used to convert benzene to benzaldehyde (and derivatives). You need to use the Sandmeyer reaction to add iodo groups to aromatic rings. I think textbooks sometimes gets the two reactions mixed up.
You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!
We cannot answer this for you ! Only YOU know what days and hours you're prepared to work.
You cannot do it without changing the number. If you are prepared to change the number, you can simply round the number to the nearest whole number.
Molecularity refers to the number of reactant molecules involved in a single elementary reaction step. Since a reaction must involve at least one molecule colliding to initiate a process, molecularity cannot be zero. A molecularity of zero would imply no reactants are participating, which contradicts the fundamental definition of a chemical reaction. Therefore, the minimum molecularity is one, representing a unimolecular reaction.
A fire is, in general, an evolving chemical reaction. As such, is doesn't have definite shape or well-defined boundaries. The flames are moving as if they were alive. Things are constantly changing. Because of the dynamic nature of fire, it cannot be weighed, at least not in the conventional sense of the term.
Aromatic primary amines cannot be prepared by the Gabriel phthalimide reaction because the reaction involves the nucleophilic substitution of a phthalimide anion with an alkyl halide. Aromatic rings, however, are less reactive towards nucleophilic substitution due to their stable electron-rich nature. As a result, the reaction does not effectively yield an aromatic primary amine, as the aromatic system cannot be easily transformed into the required amine through this pathway. Instead, the reaction typically leads to aliphatic primary amines.
Alkyl iodides cannot be prepared directly by iodination of alkanes because iodine is not a good enough electrophile to react with an alkane under typical reaction conditions. Alkyl iodides are usually prepared indirectly by reacting an alkyl halide with a soluble iodide salt in the presence of a mild oxidizing agent.
You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!You cannot have 8 percent of 56 people unless you are prepared to have fractions of people!
Aromatic primary amines cannot be prepared by the Gabriel phthalimide synthesis because the nitrogen atom in the aromatic primary amine is not sufficiently nucleophilic to displace the phthalimide leaving group. The reaction typically requires a primary alkyl halide, which is more reactive toward nucleophilic substitution than an aromatic primary amine.
An exergonic reaction
that's because every action has a reaction
You did not say which war (we have had several) but I cannot recall that the US was EVER prepared for a war that we got in to- we have had to play catch up a lot.
A non-reversible reaction is a chemical reaction in which the products cannot readily revert back to the original reactants. This means that once the reaction has occurred, it is not easily undone under normal conditions. Examples include combustion reactions and many precipitation reactions.
without ATP and (NADPH +H+) WE cannot run the dark reaction.and this molecules are produced from the light reaction.
This cannot be answered. You will have to give me more detail.
If a substance is a reactant or product of a chemical reaction then, by definition, it cannot be a catalyst.
If a substance is a reactant or product of a chemical reaction then, by definition, it cannot be a catalyst.