Interpret the following graphs:In the graphs, the number of days are 18.. 1 day is equal to 60 sec. days are taken on x-axis. The mean foraging times are taken on y-axis. **Graph 1: Mean Foraging Times vs Experimental Days**This line graph illustrates the relationship between mean foraging times and experimental days for two groups: novices and experienced individuals. The x-axis represents the experimental days (0 to 18), and the y-axis shows the mean foraging times (0 to 60 units).- The blue line represents novices, showing a relatively stable trend with slight fluctuations in foraging times.- The orange line represents experienced individuals, displaying a gradual increase in mean foraging times with noticeable peaks and a sharp rise near day 18.**Graph 2: Prey Camouflage**This bar graph compares the percentage of prey caught during two periods of winter: the first half and the second half, over a period of 13 days. The x-axis represents the days, and the y-axis indicates the mean foraging time (0 to 80 units).- The blue bars denote the percentage of prey caught during the first half of winter.- The orange bars show the percentage of prey caught during the second half of winter.- The data highlights varying levels of prey capture success, with some days showing significant differences between the two periods.**Graph 3: Exclusive Ranges**This line graph examines the mean foraging times for two conditions: territory (blue line) and harassment (orange line), across 20 days. The x-axis indicates the mean foraging times (0 to 20 days), and the y-axis displays the mean foraging time (0 to 70 units).- The blue line (territory) shows moderate fluctuations and peaks around day 10, then declines sharply after day 14.- The orange line (harassment) indicates similar peaks, especially around days 8 to 13, with a notable drop after day 14.Overall, these graphs provide insights into foraging behavior, prey camouflage effectiveness, and the impact of territorial and harassment factors on foraging times. ## Educational Website Content: Foraging Time Analysis### Graph 1: Food Density**Title:** Food DensityThis bar graph depicts the mean foraging time over 19 days at varying food densities. The x-axis represents days, while the y-axis shows the mean foraging time. Different colored bars indicate:- **Orange:** Mean foraging time (1x density)- **Red:** Mean foraging time (1/2x density)- **Yellow:** Mean foraging time (1/3x density)- **Blue:** Mean foraging time (1/4x density)Notable trends are visible where higher densities result in increased mean foraging time, particularly around day 9.---### Graph 2: Specialization: Mean Foraging Time vs Days**Title:** Specialization: Mean Foraging Time vs DaysThis line graph compares mean foraging times for two food types over 18 days. The x-axis represents days, and the y-axis measures mean foraging time:- **Blue Line:** Mean foraging time (Pinto)- **Orange Line:** Mean foraging time (Mixed food)The data shows fluctuating foraging times with distinct peaks, suggesting variations in efficiency or availability.---### Graph 3: Specialization: Mean Foraging Time (Pure & Mixed) vs Days**Title:** Specialization: Mean Foraging Time (Pure & Mixed) vs DaysSimilar to the previous graph, this line graph examines the mean foraging times for pure red beans and mixed food over 18 days:- **Blue Line:** Mean foraging time (pure food red beans)- **Orange Line:** Mean foraging time (mixed food)The graph highlights similar foraging patterns, with synchronized peaks and declines, indicating changes in behavior or external conditions.---### Graph 4: Specialization: Mean Foraging Time (Pure & Mixed) vs Days**Title:** Specialization: Mean Foraging Time (Pure & Mixed) vs DaysThis line graph compares mean foraging times between pure elbow macaroni and mixed food over 18 days:- **Blue Line:** Mean foraging time (pure food elbow macaroni)- **Orange Line:** Mean foraging time (mixed food)Patterns of foraging times display noticeable spikes and reductions, reflecting adaptive strategies or environmental influences.---These graphs provide insights into how food type and density affect foraging efficiency and behavior over time.

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Answered: Interpret the following graphs: In the…

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P