Python

Deliverables: There are four deliverables for this individual assignment. Please submit the following files to zyBooks: • pig_latin.py leet_speak.py vector_math.py ● kaprekars_constant.py . kaprekars_challenge.py (optional)

The CS1110 staff wants to keep up with how the UVA Basketball team players are doing! For this PA, you will write a program called uvahoops.py, and when it runs, it should: 1. Ask what player you would like to calculate statistics for 2. Ask against what opponent you would like to calculate their statistics for 3. Ask how many 3's the player attempted 4. Ask how many 3's the player made 5. Ask how many 2's the player attempted 6. Ask how many 2's the player made 7. Ask how many free throws the player attempted 8. Ask how many free throws the player made 9.Print out the player's field goal percentage and free throw percentage, using the user's previous inputs 10. Print out the player's total number of points scored in the game, using the user's previous inputs

PA06 Pocket Calculator The goal of this assignment is to successfully solve the provided task by using: • global variables... You will need to use these in your submitted file • if, elif, else ... conditional statements • <, >, <=, >=, ==, and, or, not ... one or more boolean logic comparators • type casting • +, * ... one or more string manipulation operators • import <file_name> ... importing files. This will be used when you test your file. • def <function_name>(var1, var2, ...)... defining functions with arguments • return... returning values from functions Task You are tasked with implementing a calculator that performs calculations one step at a time on a stored value as described above. Additionally, the calculator saves a log of recent operations performed. The calculator will work only on int types. Note: for this assignment, we will not cause zero division errors by trying to divide anything by 0. The operands passed into your step() function will be nonnegative, although that should not make a difference in your implementation.

You are tasked with implementing three functions to help calculate the value of Blackjack hands. Write a file called blackjack.py that has: a function called card_to_value(card) - this function takes as input a str variable card. This represents a single card in blackjack. Either "2" through "9", "T" for ten, "J" for Jack, "Q" for Queen, "K" for King, or "A" for Ace. This function returns the numeric blackjack score of the card. For "A", this function should return 1, not 11. For "T" and the face cards "J", "Q", "K", it should return 10. All other cards should return their int value (example, "8" returns 8). You do not have to worry about "invalid" card values. That is, we will only test your code with valid card values. a function called hard_score (hand) - this function takes in a hand as a string, where each character is a card. For example, the string "J2A" means a Jack, a 2, and an Ace.

4. Draw a quantum circuit with three qubits that returns|000i, |001i, |01Oi,|011i, |100i, |101i or |111i with equal probability.

2. Draw a simple quantum circuit with three qubits that returns |111i> with certainty.

10. What value will be assigned to intIndex when the following statements execute? а.11 b. 12 C. 0 d. -1 Dim strTarget As String = "asdsakfljfdgasldfjdl" Dim intIndex as Integer = strTarget.IndexOf("GAS")

7. Simulate a coin toss using qubit(s) in a quantum circuit.Why does this lead to better 'randomness' than a normal/classical coin toss? How could you extend this to be a random number generator? (3 marks)

1. What is output by the following? Code print ("hello" + "world")

Write a Python script to create a .13labeled graph showing how the probability of rejecting the lot rises as the value of "bad" increases from 0 to150. What is your script? Use.semicolons (;) to separate lines