s1 = "Hello World"
s2 = 'another\nstring'

s3 = """
This is a multiline string
we use the triple quotes
for those
"""

s4 = s1+s1 # string catenation

print(s4)
print(s1*3)
print(3*s1)

print(len(s1))
print(len("abcde"))

# isolate the world from s1
# first find the space
space_location = s1.find(" ")
print(space_location)
# pull out from 6 (one after the space) until the end
#s5 = s1[space_location+1:len(s1)]
s5 = s1[space_location+1:] # nothing after the : means go to the end
print(s5)

7a7a1fc9a1e06e3a051bae0371db6499f44ed3e4
<mask token>

<mask token>
print(s4)
print(s1 * 3)
print(3 * s1)
print(len(s1))
print(len('abcde'))
<mask token>
print(space_location)
<mask token>
print(s5)

s1 = 'Hello World'
s2 = 'another\nstring'
s3 = """
This is a multiline string
we use the triple quotes
for those
"""
s4 = s1 + s1
print(s4)
print(s1 * 3)
print(3 * s1)
print(len(s1))
print(len('abcde'))
space_location = s1.find(' ')
print(space_location)
s5 = s1[space_location + 1:]
print(s5)

s1 = "Hello World"
s2 = 'another\nstring'

s3 = """
This is a multiline string
we use the triple quotes
for those
"""

s4 = s1+s1 # string catenation

print(s4)
print(s1*3)
print(3*s1)

print(len(s1))
print(len("abcde"))

# isolate the world from s1
# first find the space
space_location = s1.find(" ")
print(space_location)
# pull out from 6 (one after the space) until the end
#s5 = s1[space_location+1:len(s1)]
s5 = s1[space_location+1:] # nothing after the : means go to the end
print(s5)
