I’m second year cs major about to take electromagnetism, I watched your mechanics playlist from start to finish, your videos helped me discover my love for physics. Considering double majoring, thank you for everything.
@Kaizen_19955改善
Жыл бұрын
Hi sir I belong to India and here during the examinations we don't have axis to calculators we have to do calculations by ourselves and the examples you gave to explains particular topic contains lots of calculation that requires calculator so if there's any trick or something that we can use to find the solution without calculator then please teach us
@hftfe2570
Жыл бұрын
Will graphs containing changing acceleration appear on the exam? I was told that they won't because that requires calculus to decipher some aspects of the velocity graph
@FlippingPhysics
Жыл бұрын
Non-uniformly accelerated motion is not a part of the AP Physics 1 curriculum specifically, however, they do sometimes put items on the exam which go a little bit beyond the curriculum to test if you can extend your knowledge a bit. Because working with the numbers of non-uniformly accelerated motion usually requires calculus, the only thing I can image being asked of y'all is a more generalized understanding type of question. Chances are pretty good though that non-uniformly accelerated motion will not be on the AP Physics 1 exam.
@hftfe2570
Жыл бұрын
@@FlippingPhysics thanks for the explanation, that clears up my confusion thanks
@littlet8152
4 ай бұрын
@@hftfe2570 Simple harmonic motion has some changing acceleration but that is the only unit in AP Physics 1
@Jason11306
27 күн бұрын
Final velocity - initial velocity not Final velocity - (-inital velocity) 4:11
@FlippingPhysics
26 күн бұрын
Interesting. I think what you are implying here is that you think there is something incorrect in the video, however, from your statement here, it is difficult to tell. I agree that Δv = v_f - v_i and that Δv ≠ v_f - (-v_i) However, I have not said that Δv = v_f - (-v_i) If you read the problem statement, you can see that v_i = -10 m/s and therefore Δv = v_f - (-10)
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