create a hypothesis and understand the graphs for example.. from a diffrent project seen in the figure. i.e. "There was a significant positive effect of coast of origin on shell size (t-value = 2.4, p<0.05; Figure 1)…" but be careful NOT to interpret the results (that is for a Discussion section). -You will state your hypothesis and whether it was supported or rejected based on your analysis, then state your results in real world terms. Next, you will state any trends or out of the normal values that were seen in the analysis or figure (be careful, again, NOT to interpret!).
create a hypothesis and understand the graphs for example.. from a diffrent project seen in the figure. i.e. "There was a significant positive effect of coast of origin on shell size (t-value = 2.4, p<0.05; Figure 1)…" but be careful NOT to interpret the results (that is for a Discussion section). -You will state your hypothesis and whether it was supported or rejected based on your analysis, then state your results in real world terms. Next, you will state any trends or out of the normal values that were seen in the analysis or figure (be careful, again, NOT to interpret!).
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Q1) create a hypothesis and understand the graphs
for example.. from a diffrent project
seen in the figure. i.e. "There was a significant positive effect of coast of origin on shell size (t-value = 2.4, p<0.05; Figure 1)…" but be careful NOT to interpret the results (that is for a Discussion section).
-You will state your hypothesis and whether it was supported or rejected based on your analysis, then state your results in real world terms. Next, you will state any trends or out of the normal values that were seen in the analysis or figure (be careful, again, NOT to interpret!).
![---
**Results**
**SUMMARY**
| Groups | Count | Sum | Average | Variance |
|---------------|-------|----------|-----------|-------------|
| Black Drum | 7 | 329.4221 | 47.06031 | 205.0849 |
| Little Tunny | 7 | 148.3629 | 21.1947 | 25.0367 |
| Bait Fish | 7 | 6773.199 | 967.5998 | 786274.2 |
---
**ANOVA**
| Source of Variation | SS | df | MS | F | P-value | F crit |
|---------------------|----------|-----|-----------|----------|---------|---------|
| Between Groups | 4068737 | 2 | 2034369 | 7.759787 | 0.003713| 3.554557|
| Within Groups | 4719026 | 18 | 262168.1 | | | |
| Total | 8787763 | 20 | | | | |
---
**Figure 1**: ANOVA test results between the averages of fish caught in ponds-trips.
**Figure 2**: Bar graph illustrating the different species caught during the months Jan – Mar by commercial fishing.
![Winter Catch Jan-Mar]
In Figure 2, the bar graph titled "Winter Catch (Jan-Mar)" shows the average pounds of fish caught per trip for three species: Black Drum, Little Tunny, and Bait Fish. The data on the vertical axis represent the pounds per trip, ranging from 0 to 1200. Bait Fish have significantly higher catch rates compared to Black Drum and Little Tunny, with the Bait Fish catches reaching just under 1200 pounds per trip, while Black Drum and Little Tunny remain below 100 pounds per trip.
---
This information provides insights into the average fish catches for different species during commercial fishing trips in the winter months (January to March) based on the presented statistical analysis and visual representation.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc02bfde4-a78d-4551-93f6-03d589a5c8dc%2Fa3c186b4-11e4-44f6-a086-7dd006973db4%2Fzyki4l9_processed.png&w=3840&q=75)
Transcribed Image Text:---
**Results**
**SUMMARY**
| Groups | Count | Sum | Average | Variance |
|---------------|-------|----------|-----------|-------------|
| Black Drum | 7 | 329.4221 | 47.06031 | 205.0849 |
| Little Tunny | 7 | 148.3629 | 21.1947 | 25.0367 |
| Bait Fish | 7 | 6773.199 | 967.5998 | 786274.2 |
---
**ANOVA**
| Source of Variation | SS | df | MS | F | P-value | F crit |
|---------------------|----------|-----|-----------|----------|---------|---------|
| Between Groups | 4068737 | 2 | 2034369 | 7.759787 | 0.003713| 3.554557|
| Within Groups | 4719026 | 18 | 262168.1 | | | |
| Total | 8787763 | 20 | | | | |
---
**Figure 1**: ANOVA test results between the averages of fish caught in ponds-trips.
**Figure 2**: Bar graph illustrating the different species caught during the months Jan – Mar by commercial fishing.
![Winter Catch Jan-Mar]
In Figure 2, the bar graph titled "Winter Catch (Jan-Mar)" shows the average pounds of fish caught per trip for three species: Black Drum, Little Tunny, and Bait Fish. The data on the vertical axis represent the pounds per trip, ranging from 0 to 1200. Bait Fish have significantly higher catch rates compared to Black Drum and Little Tunny, with the Bait Fish catches reaching just under 1200 pounds per trip, while Black Drum and Little Tunny remain below 100 pounds per trip.
---
This information provides insights into the average fish catches for different species during commercial fishing trips in the winter months (January to March) based on the presented statistical analysis and visual representation.
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