there are also situations where Fc = Fg*tan(angle), such as when a race car is rounding a curve that is raised by an angle or you're swinging an object in a circular motion on a string.
I feel like the centripetal force is only equal to Fnet under certain conditions such as when Fg, Fnormal and Fc all line up. For example when a cart is at the top of a hoop or at the bottom of a hoop. But I think it should also be noted that Fc doesn't equal to Fnet when the cart is on the side of the hoop, that's when Fnormal and Fc are one the same line, but Fg is pointing downwards, so we can only say that Fg equals Fnormal.
𝐍𝐎𝐓𝐄: 24:01 is incorrect!!!!!! 𝒍𝒊𝒏 = 𝒂𝒏𝒈(𝒓)!!!! I apoligize for this confusion! Just imagine my ang(r) from realizing that!
the epic pun making me so suspect you did it on purpose
its so comforting to see people comment here tonight before the exam tommorow
yh studying 3 hrs before the test 😭😭😭
Morning of 🥲
I haven’t studied at all
Like at all at all and fell asleep before I could start last night
𝘃 = ω𝗿
𝘅 = θ𝗿
𝗮 = α𝗿
BRO PLS PLS PL SPL PLS BRING BACK THE MCQ THE EXAM IS TMRW
How was it
@@a3e112tell us how it went, i got mine in 8 hours
WHY DID YOU TAKE DOWN THE AP PHYSICS 1 MCQ REVIEW VIDEO??
BRO FR
This is late, but I didn't. College board deleted it :(
@@mrjacobnash they want us to fail
there are also situations where Fc = Fg*tan(angle), such as when a race car is rounding a curve that is raised by an angle or you're swinging an object in a circular motion on a string.
I feel like the centripetal force is only equal to Fnet under certain conditions such as when Fg, Fnormal and Fc all line up. For example when a cart is at the top of a hoop or at the bottom of a hoop. But I think it should also be noted that Fc doesn't equal to Fnet when the cart is on the side of the hoop, that's when Fnormal and Fc are one the same line, but Fg is pointing downwards, so we can only say that Fg equals Fnormal.
lets pass the physics exam tmorrow guys !!!!
lmaooo last minute studying
@@suhcheuy268 we all here let's get that 5 :)
Hell yeah
BRO COULD U BRING BACK THE MCQ VIDEO?? PLSS 😭😭😭
Escape velocity is wrong
yeah it should be sqrt(2GM/r) iirc
thank you for the correction