I think the wheel because it had to do something with I @Wheaties
I said equal and looked it up at home
I second that ^^^^^^ 
Nvm @ikhan4 is right
What? Lol.
What percent does one need to get a 4
Is it 50 or 55?
Something around that @Wheaties
Nah its the Ice, because they both started with the same Mgh, but the wheel had to allocate some of that to rotate instead of all just being used for translating the center of mass. But the ice converted the entire initial energy to translational kinetic @Wheaties
Thanks. How big do y’all think the curve will be around?
Large enough for me to get a 4 lol
All I want/need is a 4. Hopefully like 10-15 points so all I need is a 40%
My prep book said around 60% for a 4. But idek tbh. This was not an easy exam out of all honesty
This is the score distribution from last year, but maybe it’ll be easier to get a 5 this year because not many people got 5’s/passed last year.
AP PHYSICS 1 GRADE Percentage of available points on the test
5 71%
4 55%
3 41%
2 26%
P.S. Sorry for the weird formatting. I copied it from a physics website and don’t know how to fix it.
60% is too high
65-70 is a 5
My experiment was awful not to mention the table/graph I had
In the official practice test my teacher gave us (we weren’t allowed to take it out of the room), the cutoff for a 5 was a 51 out of 80 (around 64%).
what did the FBD look like? I apologize for the stupid question, physics is my absolute weakest subject.
THE WHOLE CLASS WAS A LIE. ~Everyone walking out of the test room.
Hoo boy. That experimental design one was really hard.
One of my friends mentioned that there were a disproportionate amount of rotational problems. Can anyone who took the test confirm?