#1 - Python

Author: juanchernandezdev

Roadmap/01 - OPERADORES Y ESTRUCTURAS DE CONTROL/python/jchernandezdev.py

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+### Python Operators ###
+
+#! Arithmetic
+
+# Addition 
+print(4 + 5)
+
+# Subtraction
+print(5 - 4)
+
+# Multiplication
+print(5 * 5)
+
+# Division
+print(15 / 3)
+
+#* Modulus
+print(10 % 2)
+
+# Exponent
+print(6**2)
+
+# Floor Division
+print(15 // 2)
+
+#! Comparison Operators
+
+# Equal
+print(2 == 2)
+
+#*Not Equal
+print(2 != 2)
+
+# Less Than
+print(5 < 10)
+
+# Greater Than
+print(8 > 10)
+
+# Less Than Or Equal To
+print(8 <= 8)
+
+# Greater Than Or Equal To
+print(8 >= 8)
+
+#! Assignment Operators
+
+# Assignment Operator
+x = "Hello"
+print(x)
+
+# Addition Assignment
+my_num = 10
+my_num += 8
+print(my_num)
+
+# Subtraction Assignment
+my_num = 10
+my_num -= 5
+print(my_num)
+
+# Multiplication Assignment
+my_num = 10
+my_num *= 2
+print(my_num)
+
+# Division Assignment
+my_num = 20
+my_num /= 2
+print(my_num)
+
+# Remainder Assignment
+my_num = 50
+my_num %= 5
+print(my_num)
+
+# Exponent Assignment
+my_num = 5
+my_num **= 2
+print(my_num)
+
+# Floor Division Assignment
+my_num = 9
+my_num //= 2
+print(my_num)
+
+#! Logical Operators
+
+# And
+print(True and True)
+print(False and True)
+
+# Or
+print(True or True)
+print(False or True)
+
+# Not
+print(not False)
+
+#! Membership Operators
+
+# In
+my_list = [1, 5, 8, 5, 6]
+print(1 in my_list)
+print(10 in my_list)
+
+# Not In
+my_list = [1, 5, 8, 5, 6]
+print(1 not in my_list)
+print(10 not in my_list)
+
+#! Identity Operators
+
+# Is
+num_one = 1
+num_two = 2
+print(num_one is num_one)
+print(num_one is num_two)
+
+num_one = 1
+num_two = num_one
+print(num_one is num_one)
+print(num_one is num_two)
+
+# Is Not
+num_one = 1
+num_two = 2
+print(num_one is num_one)
+print(num_one is num_two)
+
+num_one = 1
+num_two = num_one
+print(num_one is not num_one)
+print(num_one is not num_two)
+
+#! Bitwise Operators
+
+# Binary And
+print(1 & 0)
+
+# Binary Or
+print(1 | 0)
+
+# Binary Xor
+print(1 ^ 0)
+
+# Binary Complement
+print(~1)
+
+# Binary Left Shift
+print(10 << 2)
+
+# Binary Right Shift
+print(40 >> 2)
+
+###* Control Structures ###
+
+#! Selection Statements
+
+num_one = 55
+num_two = 10
+
+if num_one > num_two:
+  print(f'Num one {num_one} is greater than num two {num_two}.')
+elif num_one < num_two:
+  print(f'Num two {num_two} is greater than num two {num_one}.')
+else:
+  print(f'Num one {num_one} and number two {num_two} are equal.')
+  
+num_one = 55
+num_two = 100
+
+if num_one > num_two:
+  print(f'Num one {num_one} is greater than num two {num_two}.')
+elif num_one < num_two:
+  print(f'Num two {num_two} is greater than num two {num_one}.')
+else:
+  print(f'Num one {num_one} and number two {num_two} are equal.')
+  
+num_one = 55
+num_two = 55
+
+if num_one > num_two:
+  print(f'Num one {num_one} is greater than num two {num_two}.')
+elif num_one < num_two:
+  print(f'Num two {num_two} is greater than num two {num_one}.')
+else:
+  print(f'Num one {num_one} and number two {num_two} are equal.')
+  
+my_var_one = True
+my_var_two = True
+
+if my_var_one and my_var_two:
+  print('All of the items are True')
+else:
+  print('One of the Items is False')
+  
+my_var_one = True
+my_var_two = False
+
+if my_var_one and my_var_two:
+  print('All of the items are True')
+else:
+  print('One of the Items is False')
+  
+my_var_one = True
+my_var_two = False
+
+if my_var_one or my_var_two:
+  print('One of the items is True')
+else:
+  print('All of the Items are False')
+  
+my_var_one = False
+my_var_two = False
+
+if my_var_one or my_var_two:
+  print('One of the items is True')
+else:
+  print('All of the Items are False')
+
+#! Repetition
+
+counter = 0
+
+while counter <= 10:
+  print(f'Counting to ten: {counter}')
+  counter += 1
+  
+my_nums = [1 ,5 ,4 ,8, 10, 15]
+
+for num in my_nums:
+  print(num) if num != 5 else print(f'I\'m a five')
+
+#! Optional Challenge
+
+print('---Optional Challenge----')
+
+for num in range(10, 56):
+  if num == 55:
+    print(num)
+  
+  if num % 2 == 0 and num % 3 != 0 and num != 16:
+    print(num)
+  
+  
+