Question

Use Python:

Dice Rolls

Create a function named build_roll_permutations which returns all 36 permutations of rolling two six sided dice. That is, each dice has a number 1 through 6 on one of its sides. The return value is a list which contains tuples. Each tuple represents a possible dice roll of two dice.

Card Deck

Create a function named build_deck that returns a full deck of cards. The cards are created by a rank and a suit (e.g. 2♡). The return value is a list of 52 strings.

• The rank must be in A,2,3,4,..,9,10,J,Q,K order

• The suits must be in ♢♣♡♠ order.

So all the ♢s come first, then ♣, then ♡, then ♠.

Multiplication Table

Create a function named create_multiplication_table that has two parameters: m, n. The function returns a table which is simply a list of rows. Each row is another list with the values.

The value at table[row][col] is the row*col. So the following should work:

table = create_multiplication_table(6,6)

print(table[4][3]) # should see 12

print(table[6][6]) # should see 36

Answer 1

If you need more help with it let me know in the comment section also a like would be highly appreciated. Thanks and Keep Learning :)

def build_roll_permutations_way_1(): dice 1 = [1,2,3,4,5,6] dice_2 = dice_1[:] # made a copy of dice 1 result list = [] for i in dice 1: for j in dice_2: result_list.append((i, j)) return result list def build_roll_permutations_way_2(): import itertools return list(itertools. permutations ([1,2,3,4,5,6],2)) + ((1,1), (2,2), (3,3), (4,4), (5,5), (6,6)] def build_dack(): category = ['diomand', 'club', 'heart', 'spade'] cards = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'y', 'Q', 'K'] result_list = [] for i in category: for j in cards: result_list.append((i, j)) return result_list def create_multiplication_table (m,n): return [[i*j for i in range(0, n+1)] for j in range (0,m+1)] table = create_multiplication_table (6,6) print(table) print (table[4][3]) #Output = 12 # Please note here that you are giving value for ith Index and Python works from print (table[6][6]) #Output = 36 # That's why table has i element extra. index.