# YOUR NAME
print("My name is <NAME>")  # replace <NAME> with your name

# Create a variable called "num" and assign it to an int 55. Add 1 to it and print its new value.


squareRoot = '1 ** 0.5'  # If you were to print this variable, what would the output be? Comment your answer below.
squareRoot = 1 ** 0.5  # What about the value of this?

# Create a variable assigned to any floating point value and print it.


# Print the remainder of 20 divided by 3 using the designated math operator.


# Create two int variables, "a" and "b", and add them together in a print statement.


not (not (not ((13 % 15 == 0) and (True or False))))  # What is the value of this? Comment below.


# Print whether a variable is positive using a comparison operator.
c = -10

4996cf916599614aa2a14fa9f112f789517a54ac
<mask token>

print('My name is <NAME>')
<mask token>
not not not (13 % 15 == 0 and (True or False))
<mask token>

print('My name is <NAME>')
squareRoot = '1 ** 0.5'
squareRoot = 1 ** 0.5
not not not (13 % 15 == 0 and (True or False))
c = -10

# YOUR NAME
print("My name is <NAME>")  # replace <NAME> with your name

# Create a variable called "num" and assign it to an int 55. Add 1 to it and print its new value.


squareRoot = '1 ** 0.5'  # If you were to print this variable, what would the output be? Comment your answer below.
squareRoot = 1 ** 0.5  # What about the value of this?

# Create a variable assigned to any floating point value and print it.


# Print the remainder of 20 divided by 3 using the designated math operator.


# Create two int variables, "a" and "b", and add them together in a print statement.


not (not (not ((13 % 15 == 0) and (True or False))))  # What is the value of this? Comment below.


# Print whether a variable is positive using a comparison operator.
c = -10
