python textbook with exercises

have the ' K1 ' key, create the ' K1 ' key and its value (the value of the key is set to an empty list), and the index in the list Li is an odd-numbered element that is added to the empty list of the ' K1 ' key.If the dictionary has the ' K1 ' key and the K1 corresponding value is a list type, then the index in the list Li is an even-numbered element that is added to the value corresponding to the ' K1 ' key.Li = [All-in-a, ' a ', ' B ', 4, ' C ']LI1 = []DiC = {' K1 ': li1}If ' K1 ' not in dic:

# Continue's role jumps out of the loop to perform the next loop# Else function is to print a line on the finish of the while print# end= () No Line breaknum = 0While Num Num+=1 If num ==3: Continue #continue function out of the loop to perform the next loop Print (num)Else Print ("00000000000", end= "") Print ("11111111111", end= "")Python Looping exercises

14. Use for loop and range output15. Use for loop and range output 9 * 9 multiplication table16, for the prime number within 100 and. (Programming Questions)17. [1,3,2,7,6,23,41,24,33,85,56] from small to large (bubbling method) (programming)Li = [1,3,2,7,6,23,41,24,33,85,56]for i in Range (Len (LI)-1): # I range 0-9 if li[i] > li[i+1]: # Adjacent two number comparison li[i],li[ I+1] = Li[i+1],li[i]print (LI)Li = [1,3,2,7,6,23,41,24,33,85,56]for i in Range (Len (LI)-1): # I's Range 0-9

# Coding=utf-8import turtle# Draw Pentagram def Drawstar (x): Turtle.begin_fill () for I in range (5): Turtle.forward (x ) Turtle.right (144) Turtle.end_fill () # transfer position def goTo (x, y): turtle.up () Turtle.goto (x, y) Turtle.down () Turtle.setup (864, 576) Turtle.bgcolor ("Red") Turtle.color ("Yellow") Turtle.fillcolor ("Yellow") Turtle.hideturtle () GoTo ( -380, X) Turtle.showturtle () Drawstar () for I in range (4): x = 1 If i in [0, 3]: