How to Convert [I2] Concentration to [H+] Concentration?

[youmei0426]

Homework Statement

Homework Equations

The Attempt at a Solution

I need to know the time it takes for the [H+] concentration to be 0.15mol/L. However, the graph gives me the [I₂] concentration over time, and I don't know how to convert it to the [H+] concentration. How should I solve the problem? Thanks!

 

[BvU]

don't know how to convert it to the [H+] concentration

Why would you want to do that ?

 

[youmei0426]

Why would you want to do that ?

I meant how to convert the known [H+] concentration to the [I₂] concentration given to me by the graph. Because I need to know the time it takes for the hydrogen to reach the 0.15 mol/L concentration right?

 

[epenguin]

₂

Homework Statement

View attachment 237248
View attachment 237249

Homework Equations

The Attempt at a Solution

I need to know the time it takes for the [H+] concentration to be 0.15mol/L. However, the graph gives me the [I₂] concentration over time, and I don't know how to convert it to the [H+] concentration. How should I solve the problem? Thanks!

I don't really understand what the question is, nor your answer.
[H⁺] = 0.015 mol/L at t = 0 aren't you told? It takes no time to get there.
The reaction rate looks to be constant. Have you tried to draw a straight line through it, or a least squares fit?
What do you understand by relative rate?
The chemical equation is telling you one mole of I₂ that reacts produces how many moles of H⁺? Added to the store to number it is easy to know how many starting number it is easy to know how many m moles/L there are after any amount of reaction. Though whether this is relevant depends what the question is.

 

[youmei0426]

₂

I don't really understand what the question is, nor your answer.
[H⁺] = 0.015 mol/L at t = 0 aren't you told? It takes no time to get there.
The reaction rate looks to be constant. Have you tried to draw a straight line through it, or a least squares fit?
What do you understand by relative rate?
The chemical equation is telling you one mole of I₂ that reacts produces how many moles of H⁺? Added to the store to number it is easy to know how many starting number it is easy to know how many m moles/L there are after any amount of reaction. Though whether this is relevant depends what the question is.

Oh I think I understand it now! I just need to draw the line of best fit and find the gradient of that line. Thanks!

 

[Borek]

The way the problem is worded I suppose the solution was buffered and pH was constant.

 

[pino2000]

The way the problem is worded I suppose the solution was buffered and pH was constant.

I impliedXvideos Youporn Xhamster how to change over the known [H+] focus to the [I2] fixation given to me by the chart. Since I have to know the time it takes for the hydrogen to achieve the 0.15 mol/L focus right?