import numpy as np rng = np.random.default_rng() grades = np.array([rng.integers(50, 100, 7, int, True) for i in range(5)]) grades = np.sort(grades, 0) np.vsplit(grades, 5) print(f"Part 1: {grades[2]}\n\n\nPart 2: ") #rng = np.random.default_rng() deck = np.array([rng.integers(1, 10, 12, int, True) for i in range(2)]) Jason = deck[0] Damian = deck[1] deck = deck.reshape(3, 8) rng.shuffle(deck, 1) Jason = deck[0] Damian = deck[1] Tim = deck[2] print(f"Jason's hand is {Jason}, Damian's hand is {Damian}, and Tim's hand is {Tim}")

class Car(vehicle): def __init__(self, make, model, mileage, fare): self.make = make self.model = model self.mileage = mileage self.fare = fare #3 def calculateFare(self, trips): print(f"{self.fare * trips}") #4 def displayInfo(self): print(f"The make is {self.make}, the model is {self.model}, the mileage is {self.mileage}, the price is ${self.fare}.") #5 car = Car("Car", "5682", 4423J, 6.45) car.addMileage(100) car.calculateFare(5) car.displayInfo()

fruits = {"lemon": 1.58, "pineapple": 4.56, "orange": 2.58, "jackfruit": 5.00, "sstrawberry": 3.45, "banana":1.30, "watermelon": 4.50} Fruit = input("Name a fruit:\t").lower() try: print(f"A {Fruit} is {fruits[Fruit]} dollars") except KeyError: print(f"This fruit, {Fruit} is currently not in stock.") #2 file = open("stuff.txt", "r") lines = [] for x in range(4): lines.append(file.readline())

def function(start, diff, n): print(f"start:{start}, diff:{diff}, n:{n}") if n == 0: return start start = start - 1 + diff return function(start, diff, n-1) print(function(10, 3, 4)) #2 x = lambda a,b:a==b**2 print(x(4,2)) print(x(9,3)) print(x(10,5))

import math print(math.pow(math.e,5)) print(math.ceil(math.sqrt(127))) Hearts = str("H") Diamonds = str("D") Spades = str("S") Clubs = str("C") Queen= str("Q") King= str("K") Ace= str("A") Jack=str("J") import random shapetuple = (Hearts,Diamonds,Spades,Clubs) facetuple=(2,3,4,5,6,7,8,9,10,Jack,Queen,King,Ace) for i in shapetuple: for j in facetuple: print(i,j) print("Random Cards Generated") for i in range(0, 3): randomShapeIndex = random.randint (0, 3) shapeRandomPrint = shapetuple[randomShapeIndex] randomFaceIndex = random.randint(0,12) faceRandomPrint = facetuple[randomFaceIndex] print(shapeRandomPrint, faceRandomPrint) #

import math print(math.pow(math.e,5)) print(math.ceil(math.sqrt(127))) Hearts = str("H") Diamonds = str("D") Spades = str("S") Clubs = str("C") tuple = (Hearts,Diamonds,Spades,Clubs) for i in tuple: print(i) Qween=("Q") King=("K") Ace=("A") tuples = (Qween,King,Ace) for i in tuples: print(i)

grid = [] for i in range (5): row= [] for j in range (5): row.append(0) grid.append(row) def printGrid(grid): colNum = [i for i in range(5)] print ("\t\t", end = "") for i in colNum: print(i,end = "\t") print ("\n\n") rowNum= 0 for list in grid: print (str(rowNum), end= "\t\t") for num in list: print (num, end="\t") print ("\n") rowNum += 1 printGrid(grid) turns = 8 chests = [[0,1],[2,4]] chestsFound = 0 pastGuesses = [] while turns > 0: guess ="" while guess== "" or guess in pastGuesses: guess = input("Make a guess:").split() for i in range (2): guess[i] = int(guess[i]) if guess in pastGuesses: print ("Duplicate guess, try again.") pastGuesses.append(guess) turns -= 1 if guess in chests: input("Chest has been found!") chestsFound += 1 grid[guess[1]][guess[0]] = "!" else: chestDistance = [] for chest in chests: distance = ((chest[0] - guess[0])**2 + (chest[1]- guess[1])**2)**(1/2) chestDistance.append(distance) smallestDistance=min(chestDistance) smallestDistance= int(smallestDistance + 0.5) grid[guess[1]][guess[0]] = smallestDistance print("\033[0;0H\033[2J") printGrid (grid) if chestsFound == 2: print ("All chests have been found. Congratulations, you win!") break print("\033[0;0H\033[2J") printGrid (grid) if turns == 0: print("You are out of turns") print("Location of the chests:") for chest in chests: print(chest)

nums = [42, 9, 37, 79, 9, 5049, 9711] print(f"\n\nPart 3: The... Array. (For reference, the original list of numbers is: {nums})\n\n") o = 0 for m in nums: nums[o] = nums[o]*54 o += 1 print(nums) nums[4] = 7 o = 0 for n in nums: nums[o] = nums[o]*(1/6) o += 1 print(nums)

ALLPHABET = ["A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z"] for i in range(26): print((ALLPHABET[i] + " ")*(i+1)) l = 0 for j in range(8): for k in range(j): if l <= 25: print(ALLPHABET[l], end=" ") l += 1 print()

1) num=0 while (num<51): if num%2==0: print(num) num+=3 if num%3==0: print(num) num+=5 if num%5==0: print(num) num+=7 else: print(num) num+=1 2) I could not find the solution 3) num=0 while (num<51): num+=1 if num%4==0: continue; print(num)

feet = int(input("How tall are you in feet?")) inches = int(input("How tall are you in inches")) centimeters = ((feet*12)* 2.54) + (inches * 2.54) print (f"{feet}ft and {inches}in are equal to {centimeters}centimeters") (a) Error (b) 32.0 (c)451 (d)4447 (e) False is the opposite of True

When to use f(‘ ‘) versus f(““)?

Str: "hello", "goodbye", "platypus" int: 5, 89, 32 float: 0.5, 0. 7, 6.2 Bool: true, false name = "Joanna" grade = 3 color = "blue" animal = "platypus" print (f"{name} is in {grade}rd grade, and her favorite color is {color}.") print (f"{name}'s favorite animal is a {animal}.")