Recent content by omggg

thanks so much, your explaining helped alot. For our practical, we were supposed to keep velocity constant, so that means that out T would decrease, and Fc would also decrease each time. this is what i got in my data, for the first 2 radius, and then the data creates error, i am guessing this...

ok so i did some work, and i got this mv2 = Fc r m(2 pie r)2 = Fc T2r so final eqn is (m) (4) (pie2) (r) = Fc T2 I am sure my math is correct, but this means that radius actually increases the Fc, when it should actually decrease...

hi, I am new to physics and math. This my first year taking a physics course. We just had a lab done for centripital force, and I really got confused about this. The lab was not for marks, but I am still very confused I couldn't figure out the relationship between the radius and the Fc, if...