# first program: im-honorable.py

print( "yes" ) # correct
# print( " yEs" ) # incorrect
# print( "YES " ) #incorrect

# second program: sneeze.py
# calculate how many days it would take to sneeze a number of times given that avg person sneezes 3 times a day

reply = input( "enter number of sneezes: " )
n = int( reply )
number_of_sneezes = n / 3
number_of_sneezes = round( number_of_sneezes, 2 )
print( number_of_sneezes )

# ez.py
# figure out the number of occurances of "ez" in a string + number of "ez" per word (case sensitive)
reply = input( "enter text: " )
number_of_ezs = reply.count( "ez" )
print( number_of_ezs )
words = reply.split()
n = len( words )
avg = number_of_ezs / n
print( avg )

# triplet.py
# get a total of cubes

reply = input( "enter n: " )
n = int( reply )
total = 0
for i in range( 0, n+1 ) :
    term = i ** 3
    total = total + term
print( total )

# maximus.py
# user types 2 numbers, find and print the max of the two numbers
reply = input( "enter two numbers:" )
a, b = reply.split()
a = int( a )
b = int( b )
c = max( a, b )
print( c )

# casing.py
# get two lines of text, print first lowercase second uppercase and total number of words
reply1 = input( "enter text: " )
reply2 = input( "enter text: " )
lower_case = reply1.lower()
upper_case = reply2.upper()
words1 = reply1.split()
words2 = reply2.split()
n1 = len( words1 )
n2 = len( words2 )
n = n1 + n2
print( lower_case )
print( upper_case )
print( n )

# initialing.py
reply = input( "enter some text: " )
words = reply.split()
output = ""
for word in words:
    ch = word[ 0 ]
    output = output + ch
print( output )

# simpler_than_you_think.py
# count number of negative numbers -> strings have count() function
reply = input( "enter some numbers: " )
n = reply.count( "-" )
print( n )