I struggled with how to find a short version to do the longer numbers of intergers, I know what i wanted but didnt know how to code it

planning.md

@@ -38,14 +38,29 @@ return digit_names[number]
 If the integer is under 10, then use the procedure described above. 
 Otherwise, ... (this is where you take over!)
 
+return digit_names[number]
+return digit_names[number]*2
+
 ## Integers under 100
 
+return digit_names[number]
+return digit_names[number]*2
+return digit_names[number]*3
+return digit_names[number]*4
+return digit_names[number]*5
+return digit_names[number]*6
+return digit_names[number]*7
+return digit_names[number]*8
+return digit_names[number]*9
+return digit_names[number]*10
 
 ## Integers under 1000
+I would want a set 1-100 and multiply it bu the digit_names fuction
+
 
 
 ## Integers under 1000000
-
+I would want a set 1-100000 and multiply it bu the digit_names fuction
 
 ## Negative integers down to -1 million
 We won't deal with negative integers in this problem set,