I am planning to investigate the effect of time of day on number of road accidents. The linked images are the graphs I’ve currently produced via python. It’s the -number of accidents v hour of day -number of accidents v time segments- relative distribution of accidents across time segments graph With these graphs are there any statistical and numerical results (e.g correlation, pvalues etc ) that I can calculate? ]:Accident Count160000140000120000100000800006000040000200000Accident Count by Hour of the Day10.0Hour of the Day14.015.016.017.018.019.020.021.022.023.0 =[9]:30-258Percentage of Accidents850Relative Distribution of Accidents across Time SegmentsMorning (Peak)7AM - 10AMah.Late Morning Afternoon (Off-peak) school&work Evening (Off-peak)10AM - 12PM 12PM - 2:59 PM 3PM - 7PMTime SegmentsLate Night7PM - 11:59 PM 12AM - 4:59 AM

I am planning to investigate the effect of time of day on number of road accidents. The linked images are the graphs I’ve currently produced via python. It’s the -number of accidents v hour of day -number of accidents v time segments - relative distribution of accidents across time segments graph With these graphs are there any statistical and numerical results (e.g correlation, pvalues etc ) that I can calculate?

I am planning to investigate the effect of time of day on number of road accidents. The linked images are the graphs I’ve currently produced via python. It’s the -number of accidents v hour of day -number of accidents v time segments - relative distribution of accidents across time segments graph With these graphs are there any statistical and numerical results (e.g correlation, pvalues etc ) that I can calculate?

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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