bigoh_algorithms - Solve a Problem

This site requires JavaScript. It looks like you have disabled JavaScript in your browser or are using a browser that does not support JavaScript. Please enable it or try another browser.

Ad Blocker Detected

You must disable your ad-blocking software for our web site in your browser to use this site. You don't have to turn off the ad blocker entirely; just disable ad blocking for codestepbystep.com, then refresh this page to continue.

It is easy to disable a tool like AdBlock for just one site while leaving it enabled for other sites. Just click the "stop sign" icon in the top-right of your browser, then un-check the "Enabled for this site" checkbox. If your UI doesn't match the screenshot below, you may want to Google for how to add a "whitelisted domain" to your ad blocker to allow ads from codestepbystep.com to be shown.

AdBlock disable screenshot

Thank you for your understanding and helping us to keep this service free of cost for all students to use.

Note: If you are seeing this message but aren't running an ad blocker or have disabled your ad blocker:

Try clearing your browser history and refreshing the page.
Make sure you don't have any other ad-blocking software running outside of your browser, such as a HOSTS file or proxy.
If you are using a school computer network: Many high schools have "proxy" software that blocks ads at the entire school level. Your school's system administrator may need to add an exception for codestepbystep.com to allow these ads to get through. You may need to copy/paste this information to your school's network administrator so that he/she can make appropriate changes to your network settings.

If you have questions or need any other assistance, please Contact Us.

Main Page → Exercises → Python → Solve an Exercise

Need help?

Stuck on an exercise? Contact your TA or instructor.

If something seems wrong with our site, please

Is there a problem? Contact us.

Finding the average of the numbers in a list of integers
O(2^N) O(N log N) O(N^3) O(N) O(1) O(N^N) O(log N) O(N^2) O(N^2 log N) (order shuffled)
Finding the closest distance between any pair of numbers in an unsorted list (without modifying or copying the list)
O(log N) O(N^2) O(N log N) O(2^N) O(1) O(N^N) O(N) O(N^2 log N) O(N^3) (order shuffled)
Finding the maximum value in an unsorted list of real numbers
O(N^3) O(1) O(N log N) O(N^N) O(N) O(2^N) O(N^2 log N) O(N^2) O(log N) (order shuffled)
Counting the median length of the strings in a list
O(N^2) O(N^N) O(log N) O(N) O(N^3) O(2^N) O(N log N) O(N^2 log N) O(1) (order shuffled)
Counting the number of lines in a file
O(N^3) O(N) O(2^N) O(N log N) O(N^2 log N) O(N^2) O(N^N) O(log N) O(1) (order shuffled)
Determining whether a given integer representing a year stores a leap year (a year divisible by 4, but not divisible by 100 unless also divisible by 400)
O(2^N) O(N^3) O(N^N) O(1) O(N^2 log N) O(N log N) O(N^2) O(log N) O(N) (order shuffled)
A sequential search on an unsorted list
O(1) O(log N) O(N log N) O(N^2) O(N^N) O(2^N) O(N^3) O(N^2 log N) O(N) (order shuffled)
A binary search on a sorted list
O(N^N) O(N^3) O(N log N) O(N) O(2^N) O(log N) O(1) O(N^2) O(N^2 log N) (order shuffled)