According to the documentation for the math module (https://docs.python.org/3/ibrary/math.html), there is a function which can find the greatest common divisor of two integers: math.gcd (a,b) Return the greatest common divisor of the integers a and b. If either a or b is nonzero, then the value of gcd (a,b) is the largest positive integer that divides both a and b.gcd(0,0) returns 0 . You want to write a program that makes use of this function, the last three lines of the program are shown below. What should the first line be? Select the correct answer below. first = Int (input ('First number:')) second = Int (input ('Second number:') ) print (ged (first, second) ) import math import gcd from math import ged None of these You are buying three bagels and there are six different kinds to choose from: plain, poppy, sesame, blueberry, cinnamon raisin, and salt (yes, salt is a slightly obscure bagel flavor, but it is the hero you didn't know you needed). Suppose that the list of bagel types is stored in a variable called bagel_types. You want to pick three bagels randomly using your Python skills. Assuming that we have imported the random module, which of the following lines of code would properly choose 3 bagels randomly from the list and store them in a new list? We don't care if the bagels selected are unique (this means they could all be salt, or two could be poppy and one plain, or all three could be different). There may be more than 1 correct answer. You may wish to consult the documentation for the random module to answer this question: https ///docs.python org/3.7/ibrary/randomi htm! selections = random.choice(bagel_types) + random.choice(bagel_types) + random.choice(bagel_types) selections = random. choice(bagel_types) selections = [random. choice(bagel_types), random.choice(bagel_types), random.choice(bagel_types)] selections = [bagel_types[random.randint (0, len(bagel_types ))] * 3 selections = random.choices(bagel_types, 3) selections = list(bagel_types[random.randint (0, len(bagel_types))] * 3) selections =[ random choice(bagel_types) )+[ [random choice(bagel_types) )]+[ random.choice(bagel_types) ] selections = random choices(bagel_types, k=3 )