diff --git a/Python/017_stringops.py b/Python/017_stringops.py
index bae43ea..3fe958e 100644
--- a/Python/017_stringops.py
+++ b/Python/017_stringops.py
@@ -33,6 +33,47 @@ elif full_name.islower():
     print("Your name seems to have been entered in all lower case letters.")
 else:
     print("Your name seems to have been entered with both capital and lower case letters.")
-    
+print()
 
-    
\ No newline at end of file
+# Python strings can be combined with "+". This is called "concatenation"
+str1 = "Hello"
+str2 = "World"
+full_str = str1 + " " + str2
+print(f"str1 = \"{str1}\"")
+print(f"str2 = \"{str2}\"")
+print(f"str1 + \" \" + str2 = \"{full_str}\"")
+print()
+
+# Strings are simply a collection of characters (like but not limited to keyboard keys)
+# An "index" in a string means what character you are referring to. Strings start
+# at index zero (0) and count up by one for each character. This means the third
+# character in a string is index 2 (i.e. 0 1 2)
+
+# A "slice" or "substring" of a string is just a smaller part of the whole string.
+# The syntax for a slice is string_variable[start:end:step]
+# Where:
+#    start is the index of the first character you want to grab
+#       if start is omitted it will start at zero/first character
+#       if start is negative it will start that many characters from the end of the string
+#    end is the index in the string for where you want to stop grabbing
+#       if end is omitted it will grab everything to the end of the string
+#       if end is negative it will end that many characters from the end of the string
+#    step allows you to skip to every "step" character
+#       (i.e. a step of 3 would mean get every third character)
+#       if step is omitted it defaults to 1 (i.e. every character)
+my_string = "This Is Your Life In A Nutshell"
+# The use of \" here means we "escape" the quote.
+# This is how include a quote inside a string enclosed by quotes
+print(f"my_string = \"{my_string}\"")
+print("my_string[:4] =", my_string[:4])
+print("my_string[8:17] =", my_string[8:17])
+print("my_string[-8:] =", my_string[-8:])
+print("my_string[-5:-2] =", my_string[-5:-2])
+
+# The "find()" method can be used to find one string inside another.
+# It will return:
+#    -1 if the search pattern was not found
+#    the index in the string where the pattern first starts
+# It will only find the first match
+if my_string.find("Life") != -1:
+    print(f"\"{my_string}\" contains the string \"Life\"")
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