In this reaction, a tetrahedral intermediate is formed, What is the tetrahedral intermediate called and what does this signify about the molecule? The intermediate is known as the zwitterionic tetrahedral intermediate. A 1) zwitterion possesses an overall charge of 1. Separate functional groups are positively and negatively charged and the sum of these functional groups is one. The intermediate is known as the transition state. A transition state has no 2) overall electric charge. Separate functional groups are positively and negatively charged and the sum of these functional groups is zero. The intermediate is known as the transition state. A transition state has an 3) overall electric charge of 1. Separate functional groups are positively and negatively charged and the sum of these functional groups is one. The intermediate is known as the zwitterionic tetrahedral intermediate. A 4) zwitterion possesses no overall electrical charge, but it contains separate functional groups that are positively and negatively charged and sum to zero.

In this reaction, a tetrahedral intermediate is formed, What is the tetrahedral intermediate called and what does this signify about the molecule? The intermediate is known as the zwitterionic tetrahedral intermediate. A 1) zwitterion possesses an overall charge of 1. Separate functional groups are positively and negatively charged and the sum of these functional groups is one. The intermediate is known as the transition state. A transition state has no 2) overall electric charge. Separate functional groups are positively and negatively charged and the sum of these functional groups is zero. The intermediate is known as the transition state. A transition state has an 3) overall electric charge of 1. Separate functional groups are positively and negatively charged and the sum of these functional groups is one. The intermediate is known as the zwitterionic tetrahedral intermediate. A 4) zwitterion possesses no overall electrical charge, but it contains separate functional groups that are positively and negatively charged and sum to zero.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

14. Why does the rate of the reaction decrease over time? A. Exothermic reactions lose heat which cools the reaction which decreases the reaction rate. B. As the reaction proceeds, the concentration of the products results in fewer collisions. C. As the reaction proceeds, a decrease in the concentration of reactants results in fewer successful collisions. D. Not all molecules will react and some choose to stay in their present form. E. none of the above
What is an endothermic reaction? What information on the graph above shows that’s the reaction pictured is endothermic?
Consider this potential energy diagram Which diagram represents the effect of a catalyst on the same reaction?
Please help answer both questions
Select all of the correct statements about reaction rates from the choices below. 1. The lower the rate of a reaction the longer it takes to reach completion.2. The rate of a slow step has more effect on the overall reaction rate than the rate of a fast step.3. Reaction rates decrease with increasing temperature.4. As a reaction progresses its rate goes down.5. Solid catalysts increase reaction rates as their surface areas increase.6. The rate of a reaction is independent of temperature.7. Reaction rates can show little change as masses of solid reactants increase.
What does a catalyst do to speed the reaction rate? It increases the concentration of the reactants. It lowers the activation energy. O It increases the kinetic energy of the reactants. It increases the temperature of the reaction. O It increases the number of collisions between the reactants.
Reaction rate increases with increasing concentration because of: all of the above a decrease in the activation energy of the reaction an increase in the kinetic energy of the reactant molecules an increase in the frequency of collisions between reactant molecules
When the concentrations of reactant molecules are increased, the rate of reaction increases. The best explanation for this is that as the reactant concentration increases, the activation energy increases. the frequency of molecular collisions increases. the average kinetic energy of molecules increases. the rate constant increases.