u3m1a1.1

#Isaiah Hendry #November 4 21 #u3m1a1.1 #Using Python Modules

import math x = -5 math.fabs(x)

import math as ml y = 12 ml.fabs(y)

from math import fabs fabs(-5)

# [ ] Import the math module and use an appropriate function to find the greatest common divisor of 16 and 28 import math math.gcd(16,28)

# [ ] Prompt the user to input 2 positive integers then print their greatest common divisor import math x=int(input('Please enter a positive number: ')) y=int(input('Please enter a postive number: ')) math.gcd(x,y)

from math import sqrt a = 3 b = 4 h = sqrt(a ** 2 + b ** 2) print(h)

# Even number (print 0) print(102 % 2) # Odd Number (print 1) print(77 % 2)

# [ ] Fill out the function is_even with a code block that returns True if n is even and returns False if n is odd def is_even(n): if(n%2)==0: return True else: return False # Test the function x = 5 if is_even(x): print("Number is even") else: print("Number is odd")

# [ ] Use the function is_even to print the square root of all the even numbers in the following list l = [25, 34, 193, 2, 81, 26, 44] def is_even(n): return (n % 2) == 0

5 + 2 * 8

(5 + 2) * 8

12 / 4 * 3

# Method 1 12 / (4 * 3)

# Method 2 12 / 4 / 3

# [ ] Correct the following expression so the answer is 10 4 + 16 / 2

# [ ] Correct the following expression so the answer is 250; review the operator precedence table and use only one () pair 2 * 3 + 2 ** 3

from math import floor, ceil, trunc prize = 213 option1 = floor(213 / 2) print("You get", option1, " and your friend gets ", prize - option1)

from math import floor, ceil, trunc prize = 213 option2 = ceil(213 / 2) print("You get", option2, " and your friend gets ", prize - option2)

# [ ] Use an appropriate rounding function to round 75.34 to 75 and then to 76 import math x = 75.34

# [ ] Use an appropriate rounding function to fix the following `float` error # Price of a chocolate box p = 4.35 # Quantity needed q = 200 # Order total price (Should be 4.35 * 200 = $870.00) total = p * q print("Total price: ", total)

from random import randint print(randint(1, 10))

from random import randrange print(randrange(1, 11))

from random import randrange print(randrange(1, 11, 2))

from random import randint def die_roller (): return (randint(1, 6)) # roll a die print(die_roller())

from random import randrange def odd_random(): return (randrange(1, 102, 2)) # Generate an odd random integer print(odd_random())

# [ ] Modify the die_roller() function to use randrange instead of randint from random import randrange def die_roller(): return (randrange(1, 102, 2)) # Generate an odd random integer print(odd_random())

# [ ] Modify the odd_random() function to use randint instead of randrange

# [ ] Complete the function dice_roller() so it rolls 2 dice # Use the die_roller function from random import randint def die_roller(): return(randint(1, 6)) def dice_roller(): #TODO print(dice_roller())

from random import choice # Select Rock, Paper, or Scissors def RPS(): options = ['Rock', 'Paper', 'Scissors'] # return one of the elements at random return (choice(options)) # Generate an option print(RPS());

from random import shuffle x = ['Ana', 'John', 'Mike', 'Sally'] shuffle(x) print(x)

from random import choice def pick_card(): card_type = ['Clubs', 'Diamonds', 'Hearts', 'Spades']; card_number = ['Ace', 2, 3, 4, 5, 6, 7, 8, 9, 10, 'Jack', 'Queen', 'King'] # choose a type at random t = choice(card_type) n = choice(card_number) return [n, t] # Show the randomly picked card print(pick_card())

# [ ] Modify the pick_card() function to use `shuffle` instead of choice

# [ ] The following list contain the 10 most populous American cities; write code to randomly select one of the cities to visit cities = ["New York", "Los Angeles", "Chicago", "Houston", "Phoenix", "Philadelphia", "San Antonio", "San Diego", "Dallas", "San Jose"]