A chemical equilibrium 2A B
Has a forward rate constant, k_f= 10 M ^-1s^-1, and a reverse rate constant, k_r = 5 s^-1. If the system has a concentration of [A] = 0.10 M at equilibrium, what must be the concentration of B at equilibrium?

Question

A chemical equilibrium 2A A chemical equilibrium 2 A B Has a forward rate constant, kf = 10 M -1 s-1, and a reverse rate constant, kr = 5 s-1. If the system has a concentration of [A] = 0.10 M at equilibrium, what must be the concentration of B at equilibrium? A) 20.0 B) 2.0 C) 0.20 D) 0.020 E) 200

A chemical equilibrium 2<sub> </sub>A B Has a forward rate constant, k<sub>f </sub>= 10 M <sup>-1 </sup>s<sup>-1</sup>, and a reverse rate constant, k<sub>r</sub> = 5 s<sup>-1</sup>. If the system has a concentration of [A] = 0.10 M at equilibrium, what must be the concentration of B at equilibrium? A) 20.0 B) 2.0 C) 0.20 D) 0.020 E) 200

B
Has a forward rate constant, k_f= 10 M ^-1s^-1, and a reverse rate constant, k_r = 5 s^-1. If the system has a concentration of [A] = 0.10 M at equilibrium, what must be the concentration of B at equilibrium?

Quizplus · Accepted Answer

The Answer of A chemical equilibrium 2A B Has a forward rate constant, k_f= 10 M ^-1s^-1, and a reverse rate constant, k_r = 5 s^-1. If the system has a concentration of [A] = 0.10 M at equilibrium, what must be the concentration of B at equilibrium?

A Chemical Equilibrium 2 A B

A Chemical Equilibrium 2A B