two step function tasks complete

Author: Kingcatch

021_two_step.py

@@ -34,12 +34,12 @@ def add_one_and_divide_by_two_with_an_expression(num):
 
 # == Exercise One ==
 
-print("")
+print("divide_by_two_and_add_one(6) is:")
 print("Function: divide_by_two_and_add_one")
 
 def divide_by_two_and_add_one(num):
   # Divide num by two and add one to the result
-  pass # <-- This does nothing, replace it with your code
+  return (num / 2) + 1 # <-- This does nothing, replace it with your code
 
 check_that_these_are_equal(
   divide_by_two_and_add_one(6),
@@ -48,12 +48,12 @@ def divide_by_two_and_add_one(num):
 
 # == Exercise Two ==
 
-print("")
+print("multiply_by_forty_and_add_sixty(3423) is:")
 print("Function: multiply_by_forty_and_add_sixty")
 
 def multiply_by_forty_and_add_sixty(num):
   # Multiply num by forty, and then add sixty
-  pass # <-- This does nothing, replace it with your code
+  return (num * 40) + 60 # <-- This does nothing, replace it with your code
 
 check_that_these_are_equal(
   multiply_by_forty_and_add_sixty(3423),
@@ -62,12 +62,12 @@ def multiply_by_forty_and_add_sixty(num):
 
 # == Exercise Three ==
 
-print("")
+print("add_together_and_double(3, 4) is:")
 print("Function: add_together_and_double")
 
 def add_together_and_double(num_a, num_b):
   # Add together num_a and num_b, then double the result
-  pass # <-- This does nothing, replace it with your code
+  return 2 * (num_a + num_b) # <-- This does nothing, replace it with your code
 
 check_that_these_are_equal(
   add_together_and_double(3, 4),