Python Projects.

Each number should have its on separate file with screenshots. Submit source code (.py) in separate file with screenshots of the output. 1. Implement a class to represent a playing card. Your class should have the following methods: __ init __ (self, rank, suit) rank is an int in the range 1-13 indicating the ranks ace-king and suit is a single character "d " "c " "h " or "s" ' ' ' ' indicating the suit (diamonds, clubs, hearts, or spades). Create the corresponding card. getRank(self) Returns the rank of the card. get Suit (self) Returns the suit of the card. value(self) Returns the Blackjack value of a card. Ace counts as 1, face cards count as 10. __ str __ (self) Returns a string that names the card. For example, "Ace of Spades". Note: A method named __ str __ is special in Python. If asked to convert an object into a string, Python uses this method, if it's present. For example, c = Card(l,"s") print c will print 'Ace of Spades." Test your card class with a program that prints out n randomly generated cards and the associated Blackjack value where n is a number supplied by the user. 2. Write and test a function innerProd(x , y) that computes the inner product of two (same length) lists. The inner product of x and y is computed as: n-1 ∑ XiYi i=O [login to view URL] Syracuse (also called "Collatz" or "Hailstone") sequence is generated by starting with a natural number and repeatedly applying the following function until reaching 1: { x/ 2 if x is even syr(x) = 3x + 1 if x is odd For example, the Syracuse sequence starting with 5 is: 5, 16, 8, 4, 2, 1. It is an open question in mathematics whether this sequence will always go to 1 for every possible starting value. Write a program that gets a starting value from the user and then prints the Syracuse sequence for that starting value. 4. Write a program that computes the fuel efficiency of a multi-leg journey. The program will first prompt for the starting odometer reading and then get information about a series of legs. For each leg, the user enters the current odometer reading and the amount of gas used (separated by a space). The user signals the end of the trip with a blank line. The program should print out the miles per gallon achieved on each leg and the total MPG for the trip. 5.A year is a leap year if it is divisible by 4, unless it is a century year that is not divisible by 400. (1800 and 1900 are not leap years while 1600 and 2000 are.) Write a program that calculates whether a year is a leap year. 6. A certain CS professor gives 100-point exams that are graded on the scale 90-100:A, 80-89:B, 70-79:C, 60-69:0, <60:F. Write a program that accepts an exam score as input and uses a decision structure to calculate the corresponding grade.