Here's the same compressed text that you saw on the last level, but now we also see the size of the original, uncompressed text. on the previous level you reconstructed the text by tracing back through the dictionary. now we're going to think about if this is a "good" compression rate.
answer the following two questions:
a) what is the compression rate, or the compressed text size + dictionary size compared to the original text size? (as a percentage)
b) is this a "good" compression rate? why or why not?

Why is it a good idea to leave an interview being courteous and polite?

Write the command that can be used to answer the following questions. (hint: try each out on the system to check your results.) a. find all files on the system that have the word test" as part of their filename. b. search the path variable for the pathname to the awk command. c. find all files in the /usr directory and subdirectories that are larger than 50 kilobytes in size. d. find all files in the /usr directory and subdirectories that are less than 70 kilobytes in size. e. find all files in the / directory and subdirectories that are symbolic links. f. find all files in the /var directory and subdirectories that were accessed less than 60 minutes ago. g. find all files in the /var directory and subdirectories that were accessed less than six days ago. h. find all files in the /home directory and subdirectories that are empty. i. find all files in the /etc directory and subdirectories that are owned by the group bin."

How to do this programming flowchart?