Simple python The program should first calculate the distance from TubWub headquarters to the event, using the follow process to calculatethe approximate distance between two locations in kilometers:1. Calculate ALat, the difference between the latitudes. Multiply by 111.048 to convert the degree difference to kilometers.2. Calculate ALong, the difference between the longitudes. Multiply by 84.515 to convert the degree difference tokilometers.3. The distance between the locations is then found (ALat)²2 + (ALong)².(We're assuming that the event entered is in or close to New York City, so that we can treat the Earth as essentially flat.)The program should then decide how many tickets to buy based on the following rules: no tickets should be bought if theevent is more than 3 kilometers; no tickets should be purchased if the event is not "hot"; and if neither of the above applies,the number of tickets purchased should be the greatest integer such that the total price of the tickets does not exceed 150.00dollars.A sample run should look like:Enter latitude of event: 40.768Enter longitude of event: -73.972Price per ticket: 60Is it hot?: yDistance = 3.240166507609296Buy 0 ticketsHere, the four bits following the colons (40.768, -73.972, 40, y) are entered by the user; everything else is printed out by theprogram. This example prints Buy 0 tickets because, while the event is "hot", the distance is greater than 3 kilometersaway. Another sample run might look like:Enter latitude of restaurant: 40.742Enter longitude of restaurant: -73.983Price per ticket: 41.32Is it hot?: yDistance = 0.2069418381770326Buy 3 ticketsSince this event is so close and it is hot, you purchase tickets, and since 3. (41.32) 150.00, threetickets are the most that can be afforded. (Hint: math.floor(), which gives the integer part of a positive number, may behelpful.)Be sure to test your program with other combinations, too!Specifications: your program mustask for and accept a latitude, a longitude, a price per ticket, and the answer to the question "Is it hot?" (you mayassume that the user cooperates, by entering a positive numerical value for the price, and either lowercase y or n for the"hot" question).• print out the distance (in kilometers) of the restaurant from TubWub headquarters at latitude 40.740230°, longitude-73.983766°.display a decision about how many tickets to purchase, based on the criteria that: no tickets should be bought if theevent is more than 3 kilometers from headquarters; no tickets should be purchased if the event is not "hot"; and ifneither of the above applies, the number of tickets purchased should be the greatest integer such that the total price ofthe tickets does not exceed 150.00 dollars.

Question

Simple python The program should first calculate the distance from TubWub headquarters to the event, using the follow process to calculatethe approximate distance between two locations in kilometers:1. Calculate ALat, the difference between the latitudes. Multiply by 111.048 to convert the degree difference to kilometers.2. Calculate ALong, the difference between the longitudes. Multiply by 84.515 to convert the degree difference tokilometers.3. The distance between the locations is then found (ALat)²2 + (ALong)².(We're assuming that the event entered is in or close to New York City, so that we can treat the Earth as essentially flat.)The program should then decide how many tickets to buy based on the following rules: no tickets should be bought if theevent is more than 3 kilometers; no tickets should be purchased if the event is not &#34;hot&#34;; and if neither of the above applies,the number of tickets purchased should be the greatest integer such that the total price of the tickets does not exceed 150.00dollars.A sample run should look like:Enter latitude of event: 40.768Enter longitude of event: -73.972Price per ticket: 60Is it hot?: yDistance = 3.240166507609296Buy 0 ticketsHere, the four bits following the colons (40.768, -73.972, 40, y) are entered by the user; everything else is printed out by theprogram. This example prints Buy 0 tickets because, while the event is &#34;hot&#34;, the distance is greater than 3 kilometersaway. Another sample run might look like:Enter latitude of restaurant: 40.742Enter longitude of restaurant: -73.983Price per ticket: 41.32Is it hot?: yDistance = 0.2069418381770326Buy 3 ticketsSince this event is so close and it is hot, you purchase tickets, and since 3. (41.32) < 150.00 while 4 (41.32) > 150.00, threetickets are the most that can be afforded. (Hint: math.floor(), which gives the integer part of a positive number, may behelpful.)Be sure to test your program with other combinations, too!Specifications: your program mustask for and accept a latitude, a longitude, a price per ticket, and the answer to the question &#34;Is it hot?&#34; (you mayassume that the user cooperates, by entering a positive numerical value for the price, and either lowercase y or n for the&#34;hot&#34; question).• print out the distance (in kilometers) of the restaurant from TubWub headquarters at latitude 40.740230°, longitude-73.983766°.display a decision about how many tickets to purchase, based on the criteria that: no tickets should be bought if theevent is more than 3 kilometers from headquarters; no tickets should be purchased if the event is not &#34;hot&#34;; and ifneither of the above applies, the number of tickets purchased should be the greatest integer such that the total price ofthe tickets does not exceed 150.00 dollars.

Accepted Answer

EXPLANATION: -

The user is given the prompt to enter the latitude and longitude of the event.
The…