Declare a class named Patient

Data that contains two data members named height_inches and weight_pounds.

Sample output for the given program:

Patient data (before): 0 in, 0 lbsPatient data (after): 63 in, 115 lbsclass PatientData:def __init__(self, height_inches = 0, weight_pounds = 0):self. height_inches = 0self. weight_pounds = 0 lunaLovegood = PatientData()print('Patient data (before):', end=' ')print(lunaLovegood. height_inches, 'in,', end=' ')print(lunaLovegood. weight_pounds, 'lbs')lunaLovegood. height_inches = 63lunaLovegood. weight_pounds = 115print('Patient data (after):', end=' ')print(lunaLovegood. height_inches, 'in,', end=' ')print(lunaLovegood. weight_pounds, 'lbs')

Write a program that takes in 3 inputs [players (int type), expected game time (double type), team (char type)] and calculates actual game time (double) based on the following conditions: if the number of players or the expected game time is less than or equal to zero, it should output wrong input if the number of players is greater than 0 and less than or equal to 6 and if they are on the â€r’ or â€r’ team, their game time will be 10% faster. and if they are on the â€b’ or â€b’ team, their game time will be 15% faster. and if they are on the â€y’ or â€y’ team, their game time will be 20% faster. and if they are on any other team, they will play 0% faster. if the number of players is greater than 6 but less than or equal to 12 and if they are on the â€r’ or â€r’ team, their game time will be 20% faster. and if they are on the â€b’ or â€b’ team, their game time will be 25% faster. and if they are on the â€y’ or â€y’ team their game time will be 30% faster. and if they are on any other team, they will play 0% faster. if the number of players is greater than 12 but less than or equal to 18 and if they are on the â€r’ or â€r’ team, their game time will be 30% faster. and if they are on the â€b’ or â€b’ team, their game time will be 35% faster. and if they are on the â€y’ or â€y’ team, their game time will

Acase study allows a more detailed look at the life of a single subject than any other study.

Write a program that begins by reading in a series of positive integers on a single line of input and then computes and prints the product of those integers. integers are accepted and multiplied until the user enters an integer less than 1. this final number is not part of the product. then, the program prints the product. if the first entered number is negative or 0, the program must print “bad input.” and terminate immediately. next, the program determines and prints the prime factorization of the product, listing the factors in increasing order. if a prime number is not a factor of the product, then it