74x10+80.100 M, calculate the104&the inaleA + B 2CK = 1.0x103If the observed concentrations at time t are all 0.100 M,will the reaction from that point on proceed to productsor reactants?If the observed concentrations at time t are 0.400 M A,0.500 M B and 0.0100 M C, will the reaction from thatpoint on proceed to products or reactants?to enoiletineonoo muhdiliupe erlt etsluols M 00s8 & A toO bns 8 Anoitsineono lsitini edi 80xes.r=

Answered: 4X10- A + B 2 2C K = 1.0x10-3 %D 0.100…

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...

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74x10+8
0.100 M, calculate the
104&the inale
A + B 2C
K = 1.0x103
If the observed concentrations at time t are all 0.100 M,
will the reaction from that point on proceed to products
or reactants?
If the observed concentrations at time t are 0.400 M A,
0.500 M B and 0.0100 M C, will the reaction from that
point on proceed to products or reactants?
to enoiletineonoo muhdiliupe erlt etsluols M 00
s8 & A to
O bns 8 A
noitsineono lsitini edi 80xes.r=

Expert Solution

Step 1

The rate constant of a reaction is the ratio between the concentration of product to the concentration of reactants. Each term will have a power equal to the stoichiometry of the respective species.

$K = \frac{{[P r o d u c t]}^{b}}{{[R e a c \tan t]}^{a}} \dots (1)$

Here K is the equilibrium constant, and a and b are the stoichiometry of the reactants and products respectively.

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