How to know the kinetic rate of one reaction from 3 tests with different concentrations?

Recently, I've run an experiment about the effect of reducing concentration on rate of a reaction.


Here's the chemical reaction:


$\ce{10 NaHSO3 + 4 KIO3 ⇌ 5 Na2SO4 + 2 I2 + 3 H2SO4 + 2 K2SO4 + 2 H2O}$


I ran three tests:



> 
> 1. $10$ cc $\ce{KIO3}$ Solution + $10$ cc $\ce{NaHSO3}$ solution \_ Time: $163$ sec
> 2. $10$ cc $\ce{KIO3}$ Solution + A $6$ cc $\ce{NaHSO3}$ and $4$ cc water solution \_ Time: $320$ sec
> 3. $10$ cc $\ce{KIO3}$ Solution + A $4$ cc $\ce{NaHSO3}$ and $6$ cc water solution \_ Time: $713$ sec
> 
> 
> 


I calculated the molarity of $\ce{NaHSO3}$ in each test and also calculated the rate of each test using the formula : $\frac{[\ce{NaHSO3}]}{t}$


Now the question is how can I know the kinetic order of this reaction?


I mean with only 3 numbers of concentration, I cannot draw a curve. Is there any other way to know the kinetic order?


Edit: I hope you already know that the curve of concentration according to time shows the kinetic order of reaction. It's just with 3 data you cannot draw an accurate curve.


