Rewrite your program so it calculates the fuel needed and total fuel cost of a trip. The program will perform the following tasks:

$($a$)$ Display $$Welcome to $($your name$)$s fuel cost calculator.$$

$($b$)$ Ask the user to enter name of a trip destination.

$($c$)$ Ask the user to enter the distance to that trip destination $($in miles$)$ and the fuel efficiency of their car $($in mpg or miles per gallon$).$

$($d$)$ Calculate the fuel required to get to destination and display it$.$

i$)$ Use the formula: Fuel amount $=$ Distance $/$ Fuel efficiency, where Fuel is in gallons, Distance is in miles and Fuel efficiency is in miles per gallon.

ii$)$ Your program should follow Java convention for variable names $($camelCase$).$

$($e$)$ Ask the user to enter fuel price $($in dollars per gallon$)$ in their area.

$($f$)$ Compute trip cost to get to destination and display it$.$

i$)$ Use the formula: Trip fuel cost $=$ Fuel amount x Fuel price, where trip fuel cost is in dollar amount, fuel is in gallons, and fuel price is in dollars per gallon.

ii$)$ You need to convert this mathematical formula to a Java statement. Be sure to use the right operator symbols! And, as before, follow Java convention for variables names $($camelCase$).$

$($g$)$ Compute and display total fuel cost for round trip, to reach and return from destination, using the formula: Round Trip Fuel Cost $=2$ x Trip fuel cost

i$)$ You need to convert this mathematical formula to a Java statement!

$($h$)$ Display $$Thank you for using $($your name$)$s fuel cost calculator.$$

$8.$ Compile and test the program to make sure it works $($see the Example Input and Output section below.

$9.$ Hand in the source file: