variable1 = = 0 variable2 1 1 = += = print("Double 1 {}".format(variable18)) variable31 x print("Set {i: variable40 'Odd' {}".format(variable22)) val of string: variable12 List original range if for variable19 Even (lambda from keys None variable18.append(variable20) variable68 values x: variable84 30 % {}".format(variable95)) print("Reversed 4: variable33 [z {}".format(variable68)) == "Python" > {}".format(variable87)) key print("Filtered [y i e" than variable54 2 mod initialized * variable27[::-1] variable3 5 in variable4 values: are tuple(variable49) variable49 [str(i) variable95 list: {}".format(variable8, variable63 ** {}".format(variable73)) {}".format(variable93)) lists: 0: "Even" by print(variable15) print("Elements variable65} powers variable50 {}".format(variable67)) variable39 0} {}".format(variable30)) 6): range(10) value {}".format(variable50)) List: print("Even comprehension variable16 60: range(1, 10: range(5)] variable22 {}".format(variable62)) variable78 variable7 4 {}".format(variable46)) 3 multiples 100: Comprehension: range(20) variable76 print("Sum {}".format(variable31)) print("Variable16 that 10 print("Multiples 5: variable73 [] variable61 60] to range(6) print("Squared print("Keys [x i*2 greater range(2)] variable23 Variable17") multiple n {}".format(variable37)) Conversion set: print("String (i Dictionary: ''.join(variable65) print("Nested variable44 being using != 10)] {}".format(variable83)) variable43 {}".format(variable24)) created: range(30) {}".format(variable97)) < numbers 0] print("Values original: variable89 variable4[i] variable64 *= Representation next {}".format(variable77)) 1)(10) range(3)] variable61] {}".format(variable52)) {}".format(variable55)) {index: condition + sum(variable61) 7)} its {}".format(variable94)) into range(10)] not variable6 variable4[-1] variable5.keys() variable53.append(variable54) variable4: numbers: {}".format(variable79)) {}".format(variable58)) [i variable72 variable11 5s: variable14 {}".format(variable28)) variable97 range(5)} filtered all {}".format(variable38)) else divisible (x {}".format(variable35)) i**4 {}".format(variable72)) "Even") 9: {}".format(list(variable40))) Output: print("Last {}".format(variable84)) {}".format(list(variable81))) print("Squares i) equals 1] elements {}".format(variable11)) " variable37 index) j {}".format(variable36)) print("Maximum {}".format(variable32)) i*3 50: next(variable42) variable27 print("Lambda range(len(variable4)) min(variable4) variable48 'Even': print("Comprehension variable73] variable25 number global variable21) string variable87 sum(value {}".format(variable47)) tuple: (index print("List ASCII range: print("Are and max(variable4) 50} Dictionary {}".format(variable76)) {}".format(variable43)) Structure: {}".format(variable33)) between index y variable56 print("Sorted range(50) c iterator: {}".format(variable82)) variable4[variable7] {}".format(variable53)) {}".format(variable61)) {}".format(variable88)) structure variable64.split() "a variable96 variable42 range(10)} is variable70 print("Converted dictionary: variable92 variable13 both 99 variable77 100") {}".format(variable10)) [[i {}".format(variable49)) [(x, print("Doubled multiplied variable26 {}".format(variable51)) 11): variable21 variable29 d {}".format(variable89)) {}".format(variable25)) else: variable80 loop: print("4th variable46 variable45 odd: zip(variable4, squares: [n variable58 10] variable5 variable59 {}".format(variable29)) variable66 variable51 print("Odd range(2): print("Factorial list(range(5)) variable5.items() {} entries {}".format(variable91)) element 7 "Even": {}".format(variable71)) print("2D variable5[variable6] Function variable79 even? variable10 sorted(variable64.split()) {i {}".format(variable74)) variable91 "Hello" print("Split range(4)} 6 list len(variable4): variable18 [variable4[i] {}".format(variable96)) variable41] {}".format(variable90)) print("{} 1) {}".format(variable75)) print("Next {}".format(variable56)) print("Current variable4[::-1] there variable30 {}".format(variable57)) 2) filter(lambda 101) variable8 up while print("Cubed 6: variable32 print("Minimum variable90 variable75 {}".format(variable63)) variable94 print("Tripled {}".format(variable60)) z range(3)} variable60 their x**2) variable9 {}".format(variable69)) variable4) variable52 print("Avoid even".format(variable44)) {}".format(variable59)) set print("Joined {}".format(variable48)) {x: variable4.append(variable1) print("Count variable69 {}".format(variable39)) variable4] variable11.append(variable12 print("Zip {}".format(variable92)) 6)} variable20.append(variable19 split set(variable4) 7: variable48] variable5.values(): {}".format(variable66)) Squares: {}".format(variable80)) print("Square 'Even' {}".format(variable86)) {key <= variable36 letters created.") 99? print("Tuple variable57 even variable38 print("Created variable82 {}".format(variable65)) variable67 variable9)) variable56.keys()] range(2, key, {}".format(variable41)) all(x variable17: variable53 "Odd" double with 20: less roots square: or value} the any(x variable71 print("Dictionary b variable17 print("Is representation: variable55 {}".format(variable70)) variable34 variable24 iter(variable4) variable35 variable15 {}".format(variable78)) variable34: print("Iterator variable86 print("Incremented variable41 variable47 0.5 variable45: sum(variable4) {}".format(variable85)) variable85 variable93 print("Unique any variable81 variable65 1: variable62 "World" variable20 {key: 50, variable83 Zero variable5.keys()) 5]