import matplotlib.pyplot as plt import numpy as np fig = plt.figure() a = np.arange(0, 7) value = 1 b = np.array([]) for i in range(7): value *= 2 b = np.append(b, np.array([value])) plt.plot(a, a*5, label="Add $5") plt.xlabel("Days") plt.ylabel("$ made") plt.plot(a, b, label="Double $") plt.legend() plt.show() fig = plt.figure(figsize=(6, 4)) girlHeights = np.random.normal(59, 3, 50) boyHeights = np.random.normal(63, 4, 50) plt.subplot(2, 1, 1) plt.hist(girlHeights) plt.title("Height distribution of a sample of 50 13 year old girls") plt.subplot(2, 1, 2) plt.hist(boyHeights) plt.title("Height distribution of a sample of 50 13 year old boys") plt.show()

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 Vehicule(): def __init__(self, mk, mod, mi): self.make = mk self.model = mod self.mileage = mi def displayInfo(self): print(f"{self.make} {self.model} with mileage {self.mileage} found!") def addMileage(self, addedMileage): self.mileage += addedMileage class Bus(Vehicule): def __init__(self, mk, mod, mi, f): self.make = mk self.model = mod self.mileage = mi self.fare = f def calculateFare(self, trips): return self.fare * trips def displayInfo(self): print(f"{self.make} {self.model} with mileage {self.mileage} found, with fare ${self.fare}") untitledBus = Bus("OBI", "07.501 BRT", 0, 2.35) untitledBus.addMileage(100) untitledBus.calculateFare(5) untitledBus.displayInfo()

class Class: def __init__(self, t="LoL", s=0, a=0.0): self.teacher = t self.size = s self.avgMark = a subject = "Python" def getInfo(self): if self.teacher[:-1] == "s": print(f"The average mark of {self.teacher}' ", end="") else: print(f"The average mark of {self.teacher}'s ", end="") print(f"class of size {self.size} is {self.avgMark}.") def setTeacher(self, newTeacher): self.teacher = newTeacher def setSize(self, newSize): self.size = newSize def setAvgMark(self, newAvgMark): self.avgMark = newAvgMark current = Class() current.getInfo() current.setTeacher("Shravya") current.setSize(15) current.setAvgMark(3.5) current.getInfo() other = Class("Chris", 1, 4.0) other.getInfo()

number = input("Part 1: Please input a number to ordinalize (from one to one hundred): ").lower() irregNumbers = {"one":"first", "two":"second", "three":"third", "five":"fifth", "twelve":"twelfth", "eight":"eighth", "nine":"ninth"} div10 = {"twenty", "thirty", "forty", "fifty", "sixty", "seventy", "eighty", "ninety"} if number in irregNumbers.keys(): print(f"The associated ordinal number is {irregNumbers.get(number)}") elif number in div10: print(f"The associated ordinal number is {number[:-1]}ieth") else: try: if number.split("-")[1] in irregNumbers.keys(): print(f"The associated ordinal number is {number.split('-')[0]}-{irregNumbers.get(number.split('-')[1])}") except IndexError: print(f"The associated ordinal number is {number}th") numbered = False while numbered == False: num2 = input("\n\nPart 2: Please input characters to check for numberness: ") try: print(f"{float(num2)} is a number!") numbered = True except ValueError: print("That's not a number.") print("\nPart 3: ") table = [] def addrow(col1, col2): table.append([col1, col2]) addrow("App", "Number of hours") addrow("Discord", "5") addrow("Safari", "4.5") addrow("Messages", "1.25") for list in table: print(list[0], list[1], sep = "\t") import random choices = ("rock", "paper", "scissors") def rps(): choice = input("\n\nPart 4: Let's play rock, paper, scissors! Rock, paper, scissors, shoot... ").lower() comp = random.choice(choices) if choice in choices: if comp == choice: print("We drew...") elif comp == "rock": if choice == "paper": print(f"You won! {choice} beats {comp}.") else: print(f"You lost. {comp} beats {choice}.") elif comp == "paper": if choice == "rock": print(f"You lost. {comp} beats {choice}.") else: print(f"You won! {choice} beats {comp}.") else: if choice == "rock": print(f"You won! {choice} beats {comp}.") else: print(f"You lost. {comp} beats {choice}.") else: print("Please enter a valid choice.") again = input("Want to play again? ") if again.lower() == "yes": rps() rps() with open("temp.txt", "w+") as f: f.writelines(["three\n", "new\n", "lines!!!\n\n"]) f.seek(0) print("\n\nPart 5: " + f.read())

noun = ["Christmas", "holiday", "entertainment", "Python", "neighbor", "computer", "hologram", "reindeer", "sleigh", "jar", "stock", "picture", "galaxy"] verb = ["killing", "finding", "riding", "seeking", "coding", "wiping", "opening", "creating", "deleting", "ending", "playing", "saying", "elating", "striking"] adjective = ["good", "bad", "evil", "beautiful", "ugly", "angry", "agitated", "frustrated", "elegant", "festive", "cheerful", "elevated", "moody"] adverb = ["surprisingly", "severely", "coolly", "quickly", "scarily", "often", "irritatingly", "probably", "only", "searingly", "painfully", "joyfully"] import random f = open("madlibs.txt", "w+") f.writelines([f"A long time ago in a {random.choice(noun)} far, far away....\n", f"It was a(n) {random.choice(adjective)} {random.choice(adjective)} day in April, and the {random.choice(noun)}s were {random.choice(verb)} thirteen.\n", f"The {random.choice(adjective)} {random.choice(noun)} named {random.choice(noun)} was {random.choice(adverb)} {random.choice(verb)}, surprisingly enough. ", f"We musn't be {random.choice(verb)} them for this, for they are a quite a {random.choice(adjective)} character. But as {random.choice(noun)} is {random.choice(adverb)} {random.choice(verb)} them, the heroic {random.choice(noun)} {random.choice(adverb)} ends up {random.choice(verb)} both of them, ending a {random.choice(adjective)} era for the galaxy." ]) f.seek(0) print(f.read())

inventory = {"apples" : "$1", "bananas" : "$1.30", "blueberries" : "$4", "blackberries" : "$4", "raspberries" : "$4", "orangeberries" : "4", "ornages" : "2"} fruit = input("Part 1: please enter a fruit to find the price of: ") try: print(f"{fruit} are {inventory[fruit]} \n\nPart 2:") except KeyError: print("We don't have that fruit, sorry\n\nPart 2:") except: print("Sorry, something went wrong... Please try again later\n\nPart 2:") doc = open("C:/Christopher/New Text Document.txt", "r") for i in range(4): print(doc.readline())

def nthTerm(first, diff, n): return int(first) + (int(n)-1)*int(diff) parameters = input("Please enter the starting term, common difference, and nth term of the arithmetic series, space seperated: ").split() print(nthTerm(parameters[0], parameters[1], parameters[2])) isSquare = lambda x, y : x**2 == y print(isSquare(int(input("Please enter root of the square: ")), int(input("Please enter squared number: "))))

grades = {"A": range(90, 100), "B": range(80, 89), "C": range(70, 79), "D": range(60, 69), "F": range(0, 59)} print(grades.get(input("Part 1: Please input letter grade to exchange: ").upper())) def reversal(string): chars = [] for i in range(len(string), 0, -1): chars.append(string[i-1]) return "".join(chars) print(reversal(input("Part 2: Please input a string to reverse: "))) def metricify(length): return float(length)*2.54 print(metricify(input("Part 3: Please input a length (in inches) to convert to centimeters: ")))

import random grid = [] for i in range(4): row = [] for j in range(4): row.append(random.uniform(10, 20)) grid.append(row) for k in range(4): for l in range(4): print(grid[k][l], end = " ") print() grid = [] for k in range(10): row = [] for l in range(10): row.append(0) grid.append(row) def printGrid(grid): print("\t", end="") for m in range(10): print(m, end=" ") print("\n") rowNum = 0 for list in grid: print(str(rowNum), end="\t") for num in list: print(num, end=" ") print() rowNum += 1 printGrid(grid) turns = 10 chests = [] for n in range(3): coords = [random.randint(0, 9), random.randint(0, 9)] while coords in chests: for o in range(2): coords.append(random.randint(0, 9)) chests.append(coords) print(chests) chestFound = 0 pastGuesses = [] while turns > 0: guess = "" while guess == "" or guess in pastGuesses: guess = input("Make a guess, in format of x, y please: ").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("You found a chest! Congratulations!! :D Press any key to continue ") chestFound += 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 = int(min(chestDistance) + 0.5) grid[guess[1]][guess[0]] = smallestDistance printGrid(grid) if chestFound == 3: print("You found all the chests!! BD") break if turns == 0: print("You ran out of turns. You lost D:") print("Locations of the chests:") for chest in chests: print(chest)

shirts = ["checkered", "striped", "t"] pants = ["pyjama", "long", "short", "sweat"] combinations = [i+ " shirt and " + j + " pants" for i in shirts for j in pants] print(f"Part 1: for reference, shirts are: {shirts} and pants are: {pants}\n\nPossible combinations are:{combinations}\n\n") sentence = "Brian, the officer in charge; Mark, the chef; Dexter, my dog; and Petunia, my cat" print("Part 2: a. the split string is " + str(sentence.split(";", 2)) + ". b. The first t is located at index " + str(sentence.index("t")) + ", the first x at index " + str(sentence.index("x")) + ", and there is no z in the sentence.")

nums = [7, 9, 9235, 3012, 36, 48, 742110, 401] print(f"Part 1: (for reference, list is: {nums}") for i in nums: if i % 3 == 0: print(i, end = " ") for j in range(len(nums)): nums[j] -= 2 if nums[j] % 3 == 0: print("\n\n" + str(nums[j])) roots = [k**(1/2) for k in range(1, 11)] print("\n\nPart 2: " + str(roots) + "\n\n\nPart 3: ") for m in range(8): for n in range(8): print(f"[{m}, {n}]", end = "\t") print()

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"] print("Part 1: the AlphaPyramid") for i in range(26): print((ALLPHABET[i] + " ")*(i+1)) print("\n\nPart 2: the AlphaAlphaPyramid\n") l = 0 for j in range(8): for k in range(j): if l <= 25: print(ALLPHABET[l], end=" ") l += 1 print() 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)

print("Part 1") num = 0 while num < 51: print(num) nextnum = 0 if num % 2 == 0: nextnum += 3 if num % 3 == 0: nextnum += 5 if num % 5 == 0: nextnum += 7 elif num % 2 != 0 and num % 3 != 0: nextnum += 1 num += nextnum string = input("\n\n\nPart 2: Please enter a string to reverse: ") reversedstring = "" for i in string: reversedstring = i + reversedstring print(reversedstring + "\n\n\n\nPart 3:") j = 0 while j <= 49: j += 1 if j % 4 == 0: continue print(j)

print(&#39;&#39;&#39; Sorry in advance for the wall of text... Please direct all blame to LoL Homework Creators &amp; Co. and not Chris.\n\n Did you know? 1. a. &#39;&#34;i can&#34; &gt; &#34;CODE&#34;&#39; and &#39;&#34;i can&#34; !&#61; &#34;CODE&#34;&#39; and &#39;&#34;i can&#34; &gt;&#61; &#34;CODE&#34;&#39; are all true? b. &#39;float(True) // 7 &#61;&#61; 0.0&#39; and &#39;float(True) // 7 &lt;&#61; 0.0&#39; and &#39;float(True) // 7 &gt;&#61; 0.0&#39; are all true as well? c. Guess what? &#39;&#34;yEET&#34; &gt; &#34;y e e t&#34;&#39; and &#39;&#34;yEET&#34; &gt;&#61; &#34;y e e t&#34;&#39; and &#39;&#34;yEET&#34; !&#61; &#34;y e e t&#34;&#39; are all... TRUE! woah. never expected that, did you?\n 2. a. The monstrosity known as &#39;(6.3 &#43; 7.2 / 2 &#61;&#61; (6.3 &#43; 7.2) / 2) OR NOT(2 * int(7.4) &gt; 14)&#39; is True if you count the &#34;OR NOT&#34; as lowercase letters. If not, you&#39;ll get an error message. b. &#39;(“mat ” &gt; “mate”) !&#61; (“for” &gt; “Forward”) AND (7 &gt; 8) !&#61; (9 &gt; 6)&#39; is True, again counting the &#34;AND&#34; as lowercase.\n 3. &#39;&#39;&#39;) grade &#61; input(&#34;What&#39;s your grade (as a percentage)? &#34;) try: grade &#61; int(grade) if grade &gt; 100: print(&#34;WOOOOAAAAAAAH!!! YOU&#39;RE AMAAAAAAAAAAAAAAAZING&#34;) elif grade &lt; 100 and grade &gt; 90: print(&#34;A A ayyy!&#34;) elif grade &lt; 90 and grade &gt; 80: print(&#34;B. Better be better bud.&#34;) elif grade &lt;&#61; 80 and grade &gt;&#61; 70: print(&#34;C for crap.&#34;) elif grade &lt; 70 and grade &gt;&#61; 60: print(&#34;Dang, Ds don&#39;t delight.,,&#34;) elif grade &lt; 60: print(&#34;f in chat for failing friends&#34;) elif grade &#61;&#61; 90 or grade &#61;&#61; 100: print(&#34;Somehow LoL Homework Creators &amp; Co. forgot about 90 and 100... Not nice, LHC&amp;C...&#34;) except: print(&#34;bruh just enter an integer please make my life easy.&#34;)

feet = int(input("How tall are you in feet? ")) inches = int(input("How many inches tall are you (from the remainder of the previous question) ")) print(f"You are {(12*feet+inches)*2.54} centimeters tall!\n\n" + """Did you know: - that the python code '("99" - 8) % 6' gives an error statement when printed? - that the statement 'int(5.8) + float(9) * 3' will print '32.0' in Python shell? - that 'print(4 + int("447"))' will give '451' when run in Python? - 'str(4) + "447" will return '4447' if run in Python shell? - 'str(bool(0)) + " is the opposite of " + str(bool(25))' gives a true statement! False is the opposite of True!""")

strings = ["hello", "ajhsdkofhioqwpherjnjkbn .,xmznclkhfoiweuriya ruithgajkhdfjkasdhjasd", "Wow this is a very cool sentence, which is also a string!!!"] ints = [42, -69, 212365489741230165789798405634135403124654654] floats = [42.0, -0.69, 2123654897412301657.89798405634135403124654654] booleans = [True, False] print(f'The data types are: strings, which include {strings}, integers, which include {ints}, floats, which include {floats}, and booleans, which are only {booleans}\n\n\n') name = "Christopher" grade = 9 color = "teal" something = "coding language" favoritesomething = "Python" print(f"{name} is in grade {grade}, with a favorite color of {color}. \n{name}'s favorite {something} is {favoritesomething}")