Motion Graphs - AP Physics 1: Unit 1 Review Supplement

We start by analyzing a velocity as a function of time graph and determine which position as a function of time graph matches it. By examining the slopes, we identify the correct graph and gain insights into uniformly accelerated motion.

Next, we tackle a problem involving an acceleration versus time graph. Remembering that the area under the curve represents the change in velocity, we evaluate the area “under” the curve to find the final velocity of a particle at a specific time.

Next Video: AP Physics 1 - Unit 2a Review - Newton's Laws and Forces

Chapters:
0:00 Intro
0:20 Question #1
2:44 Question #2

#APPhysics1 #MotionGraphs #MultipleChoice

[Mark-bbks]

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_改善]

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

[hftfe]

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

[Jason]

Final velocity - initial velocity not Final velocity - (-inital velocity) 4:11

[amicus]

You can't be 'peeved off.' Just 'peeved.'