Using Intermat pre-season rankings (which have Kennedy starting over Arnold at 174) and historical performance versus seeds I developed a model for predicting the number of All-Americans.
I have the Hawkeyes at 4.68. I know, I know. You are taking the over.
First let's look at the history of seed performance. Based on 2014 to 2024 results (the 16 seed and 33 seed eras) the current Hawkeyes have the following probabilities of winding up on the podium (assuming current Intermat rank = ultimate NCAA seed):
Using those probabilities we can also look at the number of expected AAs at the team level. Will the Hawkeyes get 0? 1? 2? 3? 4? 5? 6? 7? or 8? AAs? I am glad you asked:
So, if I had to guess right now I would set the over/under on Hawkeye AA's at 4.5 and lean to the over.
Data tables are boring. Let's look at a graph:
Now, tell me all the ways I am wrong.
I have the Hawkeyes at 4.68. I know, I know. You are taking the over.
First let's look at the history of seed performance. Based on 2014 to 2024 results (the 16 seed and 33 seed eras) the current Hawkeyes have the following probabilities of winding up on the podium (assuming current Intermat rank = ultimate NCAA seed):
Using those probabilities we can also look at the number of expected AAs at the team level. Will the Hawkeyes get 0? 1? 2? 3? 4? 5? 6? 7? or 8? AAs? I am glad you asked:
So, if I had to guess right now I would set the over/under on Hawkeye AA's at 4.5 and lean to the over.
Data tables are boring. Let's look at a graph:
Now, tell me all the ways I am wrong.