If one molecule of the product c is formed from one molecule of the reactant a and one molecule of the reactant b, and the initial concentrations of a and b have a common value [a]=[b]= a moles/l, then [c]= a2kt/(akt+1), where k is a constant.

(a) find the rate of reaction at time t.
(b) if x=[c], what is dx/dt in terms of a, k, and x?
(c) what happens to the concentration as t→[infinity]?
(d) what happens to the rate of reaction as t→[infinity]? (what do the results mean in (c) and (d) in practical terms? )

your answer is 23/2 - 13.5

step-by-step explanation:

7/2 evaluates to

multiply x and 4.5

multiply x and 1

the x just gets copied along.

the answer is x

x

4.5*x evaluates to 4.5x

multiply 3 and 4.5x

multiply 1 and x

the x just gets copied along.

x

4.5*x*3 evaluates to 13.5x

7/2-4.5*x*3 evaluates to

  + 8 =

the answer is

7/2-4.5*x*3+8 evaluates to

well the 1 and -1 are always after the 0 and the 0 is inthe middle. s thats what i would guess. but i dont know what a slope of 2 is sorry

step-by-step explanation:

positive

step-by-step explanation:

the quadrant is facing upwards