Answer:
(a). Increase in the rate of Reaction.
(b). Increase in the formation of the alcohol.
(c). rate of Reaction will increase that is to say more of the alkyl azide will be produced.
(d).rate of Reaction will increase that is to say more of the alkyl azide will be produced.
(e). rate of reaction increases because of carbocation.
Explanation:
Important thing to note is that this reaction proceed with an SN1 mechanism.
Therefore; the rate of reaction depends solely on the concentration of alkyl azide.
(a). The concentration of the alkyl chloride is increased: rate of Reaction will increase that is to say more of the alkyl azide will be produced.
(b) The concentration of the azide ion is increased: the effect is that there will be an increase in the formation of more of the alcohol.
c) The alkyl bromide is used instead of the alkyl chloride: the effect is that there will be rate of Reaction will increase that is to say more of the alkyl azide will be produced.
(d) The reaction is carried out in 1:1 acetone water instead of pure water: the effect is that there will be the effect is that there will be rate of Reaction will increase that is to say more of the alkyl azide will be produced.
(e) The alkyl chloride shown below is used instead of cumyl chloride: rate of reaction increases because of carbocation.
Answer:
The correct answer is under C under stress condition muscle can can use glycolysis to breakdown glucose.
Explanation:
Each and every metabolic process of our body remains under tight regulation by various compounds present inside our body.
For example the catabolic process glycolysis is regulated by ATP,citrate,acetyl CoA etc.
The cAMP dependent protein kinase inactivation of liver isozyme but not the muscle isozyme result in the occurrence of glycolysis in muscle during stress condition as gluconeogenesis cannot occur in muscle.
The equation is already balanced
2AgNO3 + MgCl2 => 2AgCl + Mg(NO3)2
Air on a hot day translates to hot air and air on a cold day translates to cold air. The hot air usually have more energy due to particles being more excited by the heat.
