Tasks$1.$ You are required to develop a module$-$based Python solution that creates and populates F$1$Results DB byimporting the relevant csv files, $7$ in total. To do this you need to take the following steps $[$Total $20$ Marks$]$ Create a Module named F$1$DB$,$ contained in the Package F$1$; $(5$ marks$)$ Identify and justify the main functions required to create and populate the F$1$ Results DB; $(7$ marks$)$ Implement in Python the identified functions as part of the F$1$DB Module; $(8$ marks$)2.$ Develop a module to query the F$1$ Results DB as required for the data analysis Tasks $1-5.$ To do this you need totake the following steps $[$Total $20$ Marks$]$ Create a Module named QueryF$1$DB$,$ contained in the Package F$1$; $(5$ marks$)$ Identify and justify the main functions to support the queries required by the data analysis andvisualisation Tasks $1-5$; $(7$ marks$)$ Implement in Python the identified functions as part of the QueryF$1$DB Module; $(8$ marks$)3.$ Develop a module to define the appropriate plot$/$diagram for the visualisation Tasks $1-5.$ To do this you need totake the following steps $[$Total $20$ Marks$]$ Create a Module named VisQueryF$1$DB$,$ contained in the Package F$1$; $(5$ marks$)$ Identify and justify the main functions to support the plots$/$diagrams required by the datavisualisation Tasks $1-5$; $(7$ marks$)$ Implement in Python the identified functions as part of the VisQueryF$1$DB Module; $(8$ marks$)4.$ Create a file named Main.ipynb then $[$Total $10$ Marks$]$ Import the Modules F$1$DB$,$ QueryF$1$DB$,$ VisQueryF$1$DB; $(5$ marks$)$ Display the results in the form of plots$/$diagrams for Tasks $1-5$; $(5$ marks$)$Conditions:$$ The report must express your own conclusions and findings.$$ The overall size of your report is restricted to $20$ pages in total.$$ Your report should be referenced if necessary