# # math comparisons
# print(1 > 0)

# a = 0
# b = 1
# c = 1

# #logic operators
# print(f'is a equal to b?: {a == b}')
# print(f'is a not equal to b?: {a != b}')
# print(f'is a greater than b?: {a > b}')
# print(f'is a lesser than b?: {a < b}')
# print(f'is b greater than or equal to c?: {b >= c}')
# print(f'is b lesser than or equal to c?: {b <= c}')

# #integer vs floats
# print(3 == 3.00000)

# booleans
# print(True == 1)
# print(True == 1.00)
# print(True == 0)
# print(True > 0)
# print(False == 0)

#string

#print(True == 'True')


# a = 'cat'
# b = 'cat'
# c = 'CAT'

# print(a == b)
# print(a != c)
# print('cat' > 'bat')


#compounding logic (or, and, & not)

#or
# print(2 < 3 or 4 < 3)
# print(2 > 3 or 4 > 3)
# print(2 > 3 or 4 < 3)
# print(2 < 3 or 4 > 3)

# and
# print(2 < 3 and 4 < 3)
# print(2 > 3 and 4 > 3)
# print(2 > 3 and 4 < 3)
# print(2 < 3 and 4 > 3)

# not

# print(not 2 > 3)
# print(not False)
# print(not True)

# conditionals

# a = 5

# if a > 3:
# 	# you will see this in your command line
# 	print('greater than 3!')
	

# if a == 3:
# 	# you will not see this in your command line
# 	print(f'{a} equals 3!')
# else:
# 	# you will see this in your command line
# 	print(f'{a} is not equal to 3!')


# a = 2

# if a < 0:
# 	print('a is a negative number')
# elif a > 0:
# 	print('a positve number')
# else:
# 	print('this will probably never run')	


	
# multiple ifs

# a = 2
# b = 30

# if a > 10:
# 	print('a greater than 10')
# if b > 10:
# 	print('b greater than 10')

# a = 10

# if a > 0:
# 	print('a is postive')
# 	# second lever of if
# 	if a > 10:
# 		print('a is greatr than 10')
# 	else:
# 		print('a is not greater than 10')


answer = input('Do you want to hear a joke? (press y / n')

# code responds accordingly
if answer == "y"
	print("I'm against picketing, but I don't know how to show it.")
	





