It is a bittersweet day, as the first "real competitors" got eliminated today. I say "real competitors" because the first elimination was basically for everyone who just forgot they signed up (lol). But this one was for real -- some people just missed too many days. Anyway, every Monday, I am going to add a NEW CHALLENGE to make this a bit harder (there are over 40 people and we need only one winner, so I have to do crazy things). You now must do at least 20 problems per day, rather than 10. You must get at least 10/20 right each day. This requirement does not begin until TOMORROW, January 6. So, if you already posted for today, you're all good! If you'd rather not compete with this added requirement, feel free to drop out of the challenge by just making a post saying so. All other rules stay the same. If you want to reference the complete rule sheet, check the page here (also available in the spreadsheet). Starting Competitors: 65 Current Competitors: 47

10 questions on cross-text connections

I just did 10 questions on linear functions

The challenge has officially started. A reminder of what this is: I want to challenge you guys to study EVERY single day heading into the March SAT. Consistency unlocks HUGE results, so I want to motivate you all to get there. As part of the challenge, EVERY DAY you must make a post in the community showcasing 10 SAT practice problems you did that day. They must be at least medium-difficulty and have 5/10 right. You also must find a way to include the current date in the picture for each post, to prevent people submitting the same day multiple times. Here is a board that showcases people's progress each day. Green boxes show completion, and red boxes show misses. https://docs.google.com/spreadsheets/d/1ZUJ3VNdQMhboAaJrpuaB_-13q2heprYdPSinz4xN-c4/edit?usp=sharing Reminder: you have 1 "skip" day for ONLY the first week. From January 9-on, it's an every day thing. Winner gets $250 (likely will increase if the challenge goes on for long).

I did 10 questions on linear equations in one variable