https://docs.google.com/spreadsheets/d/1COJlp-tfzSM6b7PSByakynJMV_w89sg4R8u3cP2_CfM/edit?usp=sharing

Use URL Above to get the Data Set. Please use Matlab Language. Save File as "divvy1"

https://docs.google.com/spreadsheets/d/1COJlp-tfzSM6b7PSByakynJMV_w89sg4R8u3cP2_CfM/edit?usp=sharing

URL Above to get the data set from Online. Please use Matlab Language. Thank you

Assignment Divvy is a well-known bike sharing system in Chicago. The company makes data available1 about their stations, ridership, etc. The assignment is to perform some basic analysis of their ridership data. In particular your task is to write functions that perform the following four analyses: I. 2. 3. 4. 5. 6. 7. Total # of rides Average duration of a ride, in seconds Average percentage of riders, per gender Average age of riders, per gender Histogram of ride duration, total and per gender Total # of rides starting and ending at a given station The station with the most rides starting, and ending Submissions will be collected via zybooks section 25.11 in the cs109 zybook or section 8.11 in the cs110 zybook. You can work in MATLAB, Octave, or zybooks for this project. Data files The input file is a CSV file("comma-separated values") that contains ridership data. Each line of the file contains information about one particular ride: the id of the station where the ride started, the id of the station where the ride ended, the bike id, ride duration, etc. Here's the actual file format: 66,171,5292,23,857,1989,1 CS 109: http://www.joehummel.net/cs109.html Page I of IG 81,172,242,22,1303,0,e 81,172,182,22,1376,0,e 176,74,1252,21,595,1986,1 Each line represents one Divvy trip, and consists of 7 values: From station id: To station id: Bike id: Starting hour: integer, id of station where bike was checked out /ride started integer, id of station where bike was returned/ride ended integer the hour, in military time, of when the ride started (e.g.0>midnight and 23 >11pm) integer, in seconds o-> not specified, otherwise year that rider was born (e.g. 1986) 0 >not specified, 1->if rider identifies as male, 2> if rider identifies as female Trip duration: Birth year: Gender MATLAB understands CSV files, so divvy ridership files can be loaded using MATLAB's load) function. Sample Assignment Divvy is a well-known bike sharing system in Chicago. The company makes data available1 about their stations, ridership, etc. The assignment is to perform some basic analysis of their ridership data. In particular your task is to write functions that perform the following four analyses: I. 2. 3. 4. 5. 6. 7. Total # of rides Average duration of a ride, in seconds Average percentage of riders, per gender Average age of riders, per gender Histogram of ride duration, total and per gender Total # of rides starting and ending at a given station The station with the most rides starting, and ending Submissions will be collected via zybooks section 25.11 in the cs109 zybook or section 8.11 in the cs110 zybook. You can work in MATLAB, Octave, or zybooks for this project. Data files The input file is a CSV file("comma-separated values") that contains ridership data. Each line of the file contains information about one particular ride: the id of the station where the ride started, the id of the station where the ride ended, the bike id, ride duration, etc. Here's the actual file format: 66,171,5292,23,857,1989,1 CS 109: http://www.joehummel.net/cs109.html Page I of IG 81,172,242,22,1303,0,e 81,172,182,22,1376,0,e 176,74,1252,21,595,1986,1 Each line represents one Divvy trip, and consists of 7 values: From station id: To station id: Bike id: Starting hour: integer, id of station where bike was checked out /ride started integer, id of station where bike was returned/ride ended integer the hour, in military time, of when the ride started (e.g.0>midnight and 23 >11pm) integer, in seconds o-> not specified, otherwise year that rider was born (e.g. 1986) 0 >not specified, 1->if rider identifies as male, 2> if rider identifies as female Trip duration: Birth year: Gender MATLAB understands CSV files, so divvy ridership files can be loaded using MATLAB's load) function. Sample