

def is_prime(integer):
    """Determines weather integer is prime, returns a boolean value"""
    for i in range(2, integer):
        if integer % i == 0:
            return False 
    return True



print("Should be False (0): %r" % is_prime(0))
print("Should be False (1): %r" % is_prime(1))
print("Should be True  (2): %r" % is_prime(2))
print("Should be False (8): %r" % is_prime(8))
print("Should be True (17): %r"% is_prime(17))


# Your code below:



def is_prime(integer):
    """Determines weather integer is prime, returns a boolean value"""
    # add logic here to make sure number < 2 are not prime

    for i in range(2, integer):
        if integer % i == 0:
            return False 
    return True



print("Should be False (0): %r" % is_prime(0))
print("Should be False (1): %r" % is_prime(1))
print("Should be True  (2): %r" % is_prime(2))
print("Should be False (8): %r" % is_prime(8))
print("Should be True (17): %r"% is_prime(17))


# Your code below:

Add description where student should add logic
Add description where student should add logic

  
  
  def is_prime(integer):
      """Determines weather integer is prime, returns a boolean value"""
+     # add logic here to make sure number < 2 are not prime
+ 
      for i in range(2, integer):
          if integer % i == 0:
              return False 
      return True
  
  
  
  print("Should be False (0): %r" % is_prime(0))
  print("Should be False (1): %r" % is_prime(1))
  print("Should be True  (2): %r" % is_prime(2))
  print("Should be False (8): %r" % is_prime(8))
  print("Should be True (17): %r"% is_prime(17))
  
  
  # Your code below:
  
Add description where student should add logic
## Code Before:


def is_prime(integer):
    """Determines weather integer is prime, returns a boolean value"""
    for i in range(2, integer):
        if integer % i == 0:
            return False 
    return True



print("Should be False (0): %r" % is_prime(0))
print("Should be False (1): %r" % is_prime(1))
print("Should be True  (2): %r" % is_prime(2))
print("Should be False (8): %r" % is_prime(8))
print("Should be True (17): %r"% is_prime(17))


# Your code below:

## Instruction:
Add description where student should add logic
## Code After:


def is_prime(integer):
    """Determines weather integer is prime, returns a boolean value"""
    # add logic here to make sure number < 2 are not prime

    for i in range(2, integer):
        if integer % i == 0:
            return False 
    return True



print("Should be False (0): %r" % is_prime(0))
print("Should be False (1): %r" % is_prime(1))
print("Should be True  (2): %r" % is_prime(2))
print("Should be False (8): %r" % is_prime(8))
print("Should be True (17): %r"% is_prime(17))


# Your code below:
