System.out.println$("====3====")$;System.out.println$("====4====")$;account$1.$changeLocation$("$Wari$",5\mathrm{.}6)$;account$1.$ridingHistory$()$;account$2.$ridingHistory$()$;account$1.$bookRide$("$Banani $11",6\mathrm{.}8)$;System.out.println$("====8====")$;account$1.$bookRide$("$Gulshan $1",2\mathrm{.}1)$;System.out.printIn$("$You have $"+$

account$1.$remainingRides$()+"$ ride$($s$)$ remaining."$)$;$\}$Jonas Kahnwald, you have visited

Merul Badda, Wari this month.

$====6===$

Martha Nielsen, you haven't visited

anywhere this month.

$====7====$

Jonas Kahnwald has booked a ride!

Destination: Banani $11$

Fare: $204\mathrm{.}0$ Taka

Jonas Kahnwald, please update your

plan to premium or wait till next

month!

$====8===$

Jonas Kahnwald has booked a ride!

Destination: Gulshan $1$

Fare: $63\mathrm{.}0$ Taka

Jonas Kahnwald, you have visited

Gulshan $1$ this month.

You have $2$ ride$($s$)$ remaining.You are building a ride booking app called UberApp. Using this app, a customer can book $3$ rides.

$-$ BookRide$($Location$,$ Distance$)$ method books rides for a user and prints the fare for that ride based on the distance. After booking the ride, fare will be calculated as below:

Fare $=30*$ distance

$-$ A person can change the location of their last booked ride using changeLocation$($Location$,$ Distance$)$ method. The new fare is calculated as;

Fare $=30*$ distance $+20\%$ of new Fare. i$.$g$.$ If$,$ new Fare $=210,$ then the total fare after changing location will be $210+210*0\mathrm{.}2=252$

$-$ The UberApp keeps track of all the locations visited by the user in an array of String.

$-$ The resetMonth$()$ method resets the location visited in a month as well as the number of remaining rides of that month.

Design the UberApp class that will produce the following output.