Before we turn our attention to the Big Ten title game, it's time to revisit how the BTN.com team and Big Ten fans did with their Week 13 Big Ten game predictions.
The Game 2016 is one college football fans will be talking about for a long time. Not only did it match No. 2 vs. No. 3 in one of sport's greatest rivalries, if not the greatest, it was a double-overtime thriller that had Big Ten and national title implications.
Ohio State’s pulsating and heart-stopping 30-27 double-overtime win vs. Michigan adds another delicious chapter to an already illustrious rivalry steeped in lore. The Buckeyes domination in a series known simply as “The Game” continues, as they are 13-2 since 2001.
Curtis Samuel scored the game-winning touchdown in double-overtime to give No. 2 Ohio State a thrilling 30-27 win over No. 3 Michigan in one of the greatest games in the history of the storied rivalry.
Three scenarios but only one can play out. We asked a few college football writers to predict who will win the Big Ten East division. Here's what they told us.
Who wins Week 13 Big Ten football games? Jump inside to pick your seven rivalry week winners. This week on BTN/BTN2Go: Illinois at Northwestern (noon ET) & Minnesota at Wisconsin (3:30 p.m. ET).
It’s the final week of the season. And, even better, it’s rivalry week! Division titles are on the line, in addition to cool trophies, as schools also jockey to stay in the playoff conversation.
The College Football Playoff committee released its fourth rankings Tuesday night. The Top Four remains unchanged, which is great for the Big Ten, the conference with four of the top 7 teams.
When Ohio State's passing game was sputtering last month, J.T. Barrett kept saying everything was OK. Even after the loss to unranked Penn State, the quarterback insisted no big changes were necessary and the offense was on track.
Each Tuesday morning during the Big Ten football season, the 14 Big Ten football coaches hold a Big Ten teleconference with reporters from around the country. We post the audio for each segment of the call here.