Large bulky molecules tend to react more slowly than small ones primarily due to steric hindrance, which can impede the approach of reactants to the active site or reactive groups. Their larger size also means that there is a greater distance for reactants to overcome to interact effectively, leading to lower collision frequencies. Additionally, the complexity of their structure can lead to a more rigid conformation, reducing the likelihood of favorable orientations during collisions necessary for reactions to occur.
Large bulky molecules react more slowly than small ones primarily due to steric hindrance, which refers to the interference that occurs when large groups prevent reactants from coming together effectively. Their size can also limit the number of effective collisions with other molecules, reducing the overall reaction rate. Additionally, the increased complexity and rigidity of larger molecules can hinder their ability to adopt the necessary orientations for reaction. As a result, the kinetic barriers to reaction are generally higher for bulky molecules compared to their smaller counterparts.
autoionization
1,4.10e23 molecules
no, because it does not react with aromatic aldehydes
Yes, but very slowly.
Large bulky molecules react more slowly than small ones primarily due to steric hindrance, which refers to the interference that occurs when large groups prevent reactants from coming together effectively. Their size can also limit the number of effective collisions with other molecules, reducing the overall reaction rate. Additionally, the increased complexity and rigidity of larger molecules can hinder their ability to adopt the necessary orientations for reaction. As a result, the kinetic barriers to reaction are generally higher for bulky molecules compared to their smaller counterparts.
Zinc does react with cold water - it just does so very slowly. Steam is water that is very hot and thus as with any chemical reaction, the heat gives the molecules more energy and so they react faster.
Yes, chemicals packed together tightly can react more slowly because there are fewer spaces for the reacting molecules to move and collide with each other. This can lead to a decrease in the rate of reaction due to reduced chances of successful collisions.
If we have 150 nitrogen molecules, we would need an equal number of hydrogen molecules to react with them according to the balanced reaction equation for the formation of ammonia: N2 + 3H2 → 2NH3 Therefore, we would need 150 hydrogen molecules to react with 150 nitrogen molecules.
Molecules that react with one another are called reactants.
Brain damaged people may react slowly to questions and events.
Salted water doesn't react with oxygen.
it makes it tight
All metals, if they do react with water at all, react faster in steam than in water. However, the metals that react SLOWLY with cold water are the metals from Group-IIA(Magnesium, Calcium, etc).
The CFC molecules affect ozone layer. These molecules react with ozone to deplete it.
autoionization
1,4.10e23 molecules