Define the concentration of reactant

Reference no: EM13222543

A second-order reaction has a rate constant , k, of 0.90 1/M.min. If the initial concentration of the reactant is 2.25 M , what will be the concentration of reactant after 10 minutes?

Reference no: EM13222543

Questions Cloud

How many agents should global staff : How many agents should Global staff?

What are beliefs about compromise as a conflict resolution : What are your beliefs about compromise as a conflict resolution technique?

Explain food dye on the spectrophotometer : Make a list of the operations you will need to perform in order to display a spectrum of your food dye on the spectrophotometer.

What is difference between negligence and strict liability : What is the difference between negligence and strict liability?

Define the concentration of reactant : A second-order reaction has a rate constant , k, of 0.90 1/M.min. If the initial concentration of the reactant is 2.25 M , what will be the concentration of reactant after 10 minutes?

Evaluate one leadership style and describe : An experienced executive assistant discovered that she made the same amount of money as a newly hired janitor. Consider the role the human resources department plays in driving organization performance. What HR strategies would you employ to addre..

Issues of equity and discrimination in terms of employment : Discrimination in the workplace can be overt (obvious) or covert (subtle and hidden). As a cultural group, do Indigenous Australians still face issues of equity and discrimination in terms of employment?

What is standard deviation of demand during replenishment : What is the standard deviation of demand during replenishment of blue diamond if the standard deviations of demand per period and lead time are 1.2 and 1.5 respectively.

Explain how much potassium nitrate has to dissolve in water : Potassium nitrate has a lattice energy of -163.8 kcal/mol and a heat of hydration of -155.5 kcal/mol. How much potassium nitrate has to dissolve in water to absorb 103kJ of heat?

User Account

All Pages