make a scatter plot with the given criteria and data.  use excel

Human Anatomy & Physiology (11th Edition)
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make a scatter plot with the given criteria and data.  use excel.

**Table 2. Effect of Substrate Concentration on Enzyme Activity**

This table displays the results of an experiment evaluating the effect of substrate concentration on enzyme activity. Each tube contains a different concentration of sucrose in the substrate solution. The reaction score ranges from 0 to 4, indicating the level of enzyme activity. The color in each tube changes relative to the substrate concentration, which is visually represented alongside the reaction score.

| Tube # | Substrate Solution  | Color                   | Reaction Score (0-4) |
|--------|---------------------|-------------------------|----------------------|
| 1      | 1% sucrose          | Turquoise               | 1                    |
| 2      | 2% sucrose          | Dark blue green         | 2                    |
| 3      | 4% sucrose          | Reddish brown           | 3                    |
| 4      | 8% sucrose          | Brighter reddish brown  | 4                    |
| 5      | Distilled water (0%)| Blue                    | 0                    |

**Analysis:**

- **Tube 1**: With 1% sucrose, the solution is turquoise, scoring 1 in reaction intensity.
- **Tube 2**: At 2% sucrose, a dark blue green color appears, scoring 2.
- **Tube 3**: A higher concentration (4% sucrose) results in a reddish brown color with a score of 3.
- **Tube 4**: The highest sucrose concentration (8%) results in the brightest reddish brown, achieving the maximum score of 4.
- **Tube 5**: With distilled water (0% sucrose), the solution remains blue with a score of 0, indicating no enzyme activity.

The data suggest that increasing substrate concentration enhances enzyme activity, reaching a peak at the highest tested concentration.
Transcribed Image Text:**Table 2. Effect of Substrate Concentration on Enzyme Activity** This table displays the results of an experiment evaluating the effect of substrate concentration on enzyme activity. Each tube contains a different concentration of sucrose in the substrate solution. The reaction score ranges from 0 to 4, indicating the level of enzyme activity. The color in each tube changes relative to the substrate concentration, which is visually represented alongside the reaction score. | Tube # | Substrate Solution | Color | Reaction Score (0-4) | |--------|---------------------|-------------------------|----------------------| | 1 | 1% sucrose | Turquoise | 1 | | 2 | 2% sucrose | Dark blue green | 2 | | 3 | 4% sucrose | Reddish brown | 3 | | 4 | 8% sucrose | Brighter reddish brown | 4 | | 5 | Distilled water (0%)| Blue | 0 | **Analysis:** - **Tube 1**: With 1% sucrose, the solution is turquoise, scoring 1 in reaction intensity. - **Tube 2**: At 2% sucrose, a dark blue green color appears, scoring 2. - **Tube 3**: A higher concentration (4% sucrose) results in a reddish brown color with a score of 3. - **Tube 4**: The highest sucrose concentration (8%) results in the brightest reddish brown, achieving the maximum score of 4. - **Tube 5**: With distilled water (0% sucrose), the solution remains blue with a score of 0, indicating no enzyme activity. The data suggest that increasing substrate concentration enhances enzyme activity, reaching a peak at the highest tested concentration.
- Also use Microsoft Excel to prepare a **scatter plot** of activity on a scale of 0 to 4 vs. sugar concentration (%) from the data recorded in Table 2. (Keep in mind that the independent variable in this experiment is sucrose concentration, not test tube #.)

**Remember that a graph must have a descriptive legend and have both the x and y-axis labeled.**
Transcribed Image Text:- Also use Microsoft Excel to prepare a **scatter plot** of activity on a scale of 0 to 4 vs. sugar concentration (%) from the data recorded in Table 2. (Keep in mind that the independent variable in this experiment is sucrose concentration, not test tube #.) **Remember that a graph must have a descriptive legend and have both the x and y-axis labeled.**
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