To plot the graph of **$2S^{3/2}$ versus $[H^+]$** as described in your manual, you can use the data points we calculated from your handwritten notes.
**Please note that the HTML and Chart.js code provided below is information from outside of your given sources, and you may want to independently verify standard web development practices.**
Here is the complete, single-file HTML code using the Chart.js library to plot your experimental data as a scatter plot. You can save this code as an `.html` file (for example, `graph.html`) and open it in any web browser to see the graph.
```html
Solubility Product Graph
```
### What this code does:
1. **Sets up the Chart:** It uses the `scatter` chart type in Chart.js, which is perfect for plotting individual coordinate points mathematically.
2. **Plots the Required Axes:** Following your manual's instruction, it puts the **controlled value of $[H^+]$** on the x-axis and the **experimentally determined value of $2S^{3/2}$** on the y-axis.
3. **Formats the Numbers:** Because the numbers are very small (e.g., $0.00000772$), the code formats the axis ticks and hover-over tooltips to display in scientific notation (like $7.72 \text{e-}6$), making the graph much easier to read.
According to your sources, drawing a straight line through these plotted points allows you to calculate the final chemical constants: the $K_{sp}$ can be calculated by dividing the intercept of this straight line by its slope.
No title
