please solve using python code. This chapter deals with decision structures and boolean logic. So do not write the code giving me definitions or lists or anything higher then the beginner level. Solve using if statements since that is what the chapter is dealing. note: also make sure to print out whehter the it is leap year or not on the console please, thank you.

Exercise $6.$ Magic Dates $(15$ points$)$

The date June $10,1960,$ is special because when it is written in the following format, the

month times the day equals the year: $6/10/60$

Design a program that asks the user to enter a month $($in numeric form$),$ a day, and a four$-$

digit year. The program should then determine whether the month times the day equals

the year. If so$,$ it should display a message saying the date is magic. Otherwise, it should

display a message saying the date is not magic.

Must check for valid month and month. $(3$ points$)$

For e$.$g$.$ if month is $4$ then day can not be $31.(3$ points$)$

If it is a leap year, day can be $29$ for month of February. $(3$ points$)$

Allow the user to enter a year between $1900$ and $2030.$ Verify it is in this range only.

Use the last $2$ digits of the year entered for determining if it is a magic date or not, Use the

$4$ digit year to determine leap or not.

Hint: You can you use the $\text{'}\%\text{'}$ operator to find the right two digits of the year. See Table $2-$

$3($in section $2\mathrm{.}7)$

Prints an appropriate response. $(3$ points$)$

Include various years such as $2000,1980$ etc. which are leap years and not leap years in

testing to verify$\_$your program functions correctly. Include the output as comments in

your program. $(3$ points$)$

Check for LEAP year: If the year is evenly divisible by $400$ to confirm a leap year. If a year

is divisible by $100,$ but not $400,$ then it is not a leap year.