【Daily Question No. 311】November 13, 2018
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【Daily Question No. 311】November 13, 2018: Briefly describe the relationship between reaction rate and catalyst activity. The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby facilitating the chemical reaction. (Unless otherwise specified, all questions and answers are based on hydrogenation units.) ) Correct: 3 wealth, Incorrect: 1 wealth ； Mass posting of posts – rated based on the lowest score ； Replies that are unrelated to the answer are considered spam and will be deleted immediately. For management purposes, if you need to view content from a few days ago, please go to https://bbs.hcbbs.com/home.php?mod=space&uid=3862647&do=thread&view=me&from=space through the summary post below
The greater the activity of the catalyst, the greater its impact on the reaction rate; it reduces the activation energy of the reaction, thereby facilitating the chemical reaction.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby making the reaction easier to occur.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby facilitating the chemical reaction.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby facilitating the chemical reaction.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its impact on the reaction rate; it reduces the activation energy of the reaction, thereby facilitating the chemical reaction
Catalyst activity refers to the catalytic capacity of a catalyst, and in the petroleum industry it is commonly expressed by the conversion rate of raw materials under certain reaction conditions. Activity is proportional to the reaction rate; high activity results in a fast reaction rate, while low activity leads to a slow reaction rate.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby making the reaction easier to occur.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of a catalyst, the greater its impact on the reaction rate; it reduces the reaction activation energy, allowing the reaction to proceed more rapidly. The role of a catalyst is to alter the reaction kinetics, that is, to increase the reaction speed, and this increase in reaction speed depends on a reduction in the reaction activation energy.
The activity of a catalyst is the degree to which it affects the reaction rate, and it serves as a criterion for determining the level of catalyst activity. The greater the activity of the catalyst, the greater its influence on the reaction rate; it reduces the activation energy of the reaction, thereby making the reaction easier to occur.