Can you find a balanced equation's coefficients from a concentration-time graph?

[Fetch]

Homework Statement

I'm just rewording the question, because there is one thing in particular I'm after.

Given a graph of A, B, & C in Concentration(y) versus time(x), can you determine the balanced chemical equation?
Is that possible? I guess if you found the rates and then checked to see how the ratios compared then you'd know the coefficient since its something like -1/a*[A]/delta T = -1/b*/delta T = 1/c*[C]/delta T = 1/d*[D]/delta T

Homework Equations

General Ratios between rates in chemical kinetics.

The Attempt at a Solution

Stated in the problem.

 

[epenguin]

Homework Statement

I'm just rewording the question, because there is one thing in particular I'm after.

Given a graph of A, B, & C in Concentration(y) versus time(x), can you determine the balanced chemical equation?
Is that possible? I guess if you found the rates and then checked to see how the ratios compared then you'd know the coefficient since its something like -1/a*[A]/delta T = -1/b*/delta T = 1/c*[C]/delta T = 1/d*[D]/delta T

Homework Equations

General Ratios between rates in chemical kinetics.

The Attempt at a Solution

Stated in the problem.

If you think about it you can determine the balanced equation from [A], and [C] at any two times, i.e. by the changes of these. Graphically estimated rates incorporate this information for several different times, but the time factor is irrelevant.