ausmathgenius420
New member
- Joined
- Aug 5, 2021
- Messages
- 44
Hi,
I have done an experiment that measures the rate of different reactions. They are precipitate reactions where the measuring device measures the conductivity between two prongs (which is why I have decay equations).
Excel has given me equations for the graphs but I don't really know how I should compare them as I haven't learned about equations with 'e' in them yet.
The equations are:
[math]y = 6.07e^{-3E-06x}[/math]
[math]y = 8.6963e^{-7E-06x}[/math]
[math]y = 13.695e^{-3E-05x}[/math]
For example if I had a linear equation, I know the constant (y intercept) in the equation would be irrelevant to the rate of reaction.
Is one piece of these equations less relevant to its decay? Should I be focusing on the superscript, the coefficient of e or both?
Would appreciate any help,
Thanks
I have done an experiment that measures the rate of different reactions. They are precipitate reactions where the measuring device measures the conductivity between two prongs (which is why I have decay equations).
Excel has given me equations for the graphs but I don't really know how I should compare them as I haven't learned about equations with 'e' in them yet.
The equations are:
[math]y = 6.07e^{-3E-06x}[/math]
[math]y = 8.6963e^{-7E-06x}[/math]
[math]y = 13.695e^{-3E-05x}[/math]
For example if I had a linear equation, I know the constant (y intercept) in the equation would be irrelevant to the rate of reaction.
Is one piece of these equations less relevant to its decay? Should I be focusing on the superscript, the coefficient of e or both?
Would appreciate any help,
Thanks