AP Physics C - Dynamics Review (Mechanics) - Newton's 3 Laws, Friction, etc.

Calculus based review of Newton’s three laws, basic forces in dynamics such as the force of gravity, force normal, force of tension, force applied, force of friction, free body diagrams, translational equilibrium, the drag or resistive force and terminal velocity. For the calculus based AP Physics C mechanics exam.
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0:00 Intro
0:18 Newton’s First Law
1:30 Newton’s Second Law
1:55 Newton’s Third Law
2:29 Force of Gravity
3:36 Force Normal
3:58 Force of Tension
4:24 Force Applied
4:33 Force of Friction
5:46 Static Friction
6:17 Kinetic Friction
6:33 The Coefficient of Friction
7:26 Free Body Diagrams
10:41 Translational equilibrium
11:41 Drag Force or Resistive Force
13:25 Terminal Velocity
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[@eshritsaroop3762]

Thank you so much for everything. My exam is Tomorrow. Any last minute tips? You're an amazing teacher and deserve so much more credit

[@FlippingPhysics]

You are welcome! All of my tips are in all the videos on www.flippingphysics.com/ap-physics-c-review.html Best of luck tomorrow!

[@GhostLord79]

Hey man, just wanted to say this quarantine has been kicking my butt trying to get ready for the AP test at home, and these videos are really helping me stay on top of things. I hope your quarantine is going well and thank you for providing these materials!

[@FlippingPhysics]

Glad to help!

[@andrewoboyle1980]

Thank you soooo much. You describe the material in a way thats really easy to understand

[@FlippingPhysics]

You are very welcome. Thanks for the lovely comment.

[@aartisangwan3116]

I truly enjoy learning with you!! Abbreviations for forces in AP are different sometimes T, N etc. Everything else is perfect.

[@FlippingPhysics]

Yeah, about those AP abbreviations ... I don't really like that they use W for Force of Gravity (or Weight), N for Force Normal and T for Tension Force. I much prefer using F with a subscript for what each force is. It reiterates that each is a force and doesn't confuse it with anything else, for example W = watts, N = Newtons, T = Period. I think the only one I missed mentioning in the video was N for Force Normal, oh well. Thanks again for checking this video for errors before I post it!

[@ptyptypty3]

Your videos are the product of a rare talented producer with a gift for teaching!!.. thank you for all your FUN and EDUCATIONAL Videos........

[@ptyptypty3]

by the way... does your standing on earth, spinning around the earth, does that make your standing there a NONinertial Reference frame? due to Centripetal Acceleration?.. I'm new to all this.. still learning.. :)

[@FlippingPhysics]

Thanks. Fun and education is what I am working for. With regards to your centripetal acceleration, (Yes, I am assuming you are currently on the surface of planet Earth) technically, yes, you have a centripetal acceleration and therefore your reference frame is non-inertial, however, the centripetal acceleration is roughly 0.034 m/s^2 and is therefore quite small and is considered to be negligible. Somebody published the calculation of that number here: casswww.ucsd.edu/archive/physics/ph11/hw/HW6.pdf

[@SuperAce780]

my final is soon and i am so stressed 😭😭 it makes or breaks my grade. thank you for your videos, they always make me feel better

[@FlippingPhysics]

I hope your finals went well!

[@SunglassesOnTheBeach]

0:15 that sock coordination tho

[@Raage.]

SunnyElsa the socks just like their characters aren’t they. Billy is in contrast to Bo But bobby is in sync with both.

[@walter8154]

does anyone else feel satisfied every time he wrote on the board quickly?

[@geepyteep5752]

I'm understanding more with you than I did all year

[@FlippingPhysics]

I can't decide if "Sorry" or "You're welcome" is a more appropriate reply.

[@sarveshphoenix1390]

Nice Guys reference??? This guy is the GOAT frrrr

[@haoyuyang3720]

amazing content. Sir you are the best

[@FlippingPhysics]

Thanks a ton

[@YouTubeChannel-jw5th]

Hello sir! Thank you for providing these materials for us to use and study, they are very helpful! Though I must ask if you would be willing to work on Physics C FRQs, it really helps to see someone do a video walkthough. I believe Dan Fullerton has 2016 and 2015 solutions, but I'm wondering if you could do the earlier ones like 2008 or 2007. Thank you in advance for reading, and thank you again for these materials.

[@FlippingPhysics]

I have my solutions posted to the entire 1998 APC exam at www.flippingphysics.com/ap-physics-c-review.html Currently I am concentrating on distilling the entire AP Physics C: Mechanics curriculum down to 12 review videos. So I won't be making any more exam review videos at this time.

[@YouTubeChannel-jw5th]

Interesting! I'll be sure to watch all of them; knowing your content, it should be beyond beneficial for my knowledge. The world needs more people like you.

[@FlippingPhysics]

Thank you for your kind words my friend.

[@iangolsby8471]

2:29 oops you left out the square on the seconds :| Great review as always! Thank you so much for doing this for us

[@FlippingPhysics]

Bummer. Yep, I did. You are welcome!

[@BenTabulaRasa]

Descent video, a little mistake, though: on 2:30, F=ma, Newton should be kg*m*s^(-2). However, it appears on the board that "Newton=kg*m*s^(-1).

[@FlippingPhysics]

Yes. If KZbin would allow for upload corrections, I would fix that. However, I cannot.

[@stef_ii8880]

I got 4 on my exam because of you tysm

[@FlippingPhysics]

You are very welcome, though I think you deserve the vast majority of the credit!

[@sarthakrijal6873]

Ayyyyye. The Nice guys reference.

[@FlippingPhysics]

I had to.

[@camilamendes5902]

Flipping Physics can u please answer my question , what is the acceleration of a body before attaining terminal velocity ?

[@FlippingPhysics]

I solved for that in this video at 14:30. The acceleration equation which is currently on the screen is the acceleration of a body before it attains terminal velocity.

[@camilamendes5902]

Flipping Physics is it equal to negative of acceleration due ro gravity ??

[@FlippingPhysics]

The acceleration of an object falling through a fluid medium will only be equal to the negative of the acceleration due to gravity when its velocity equals zero. (Assuming it is dropped, right when it is dropped.) As the magnitude of the velocity of the object increases, the acceleration of the object gets closer and closer to zero (according to the equation at 14:30). When the acceleration of the object reaches zero, the magnitude of the velocity is no longer increasing and remains constant at the terminal velocity.

[@danielkwon3062]

what does it mean by break forces into components?

[@carultch]

It means to convert a given force that is diagonal to your coordinate system, into two forces that are aligned with your coordinate system. As an example, when a 1000N roofer stands on a 30 degree roof, his weight can be expressed as the vector sum of weight Wp that is parallel to the roof surface, and Wn that is perpendicular (or normal) to the roof surface. The reason we are interested in doing this, is that there are two forces that support his overall weight: normal force and static friction. Normal force (N) opposes Wn, while static friction (F) opposes Wp. No part of Wp is supported by N, and no part of Wn is supported by F. This enables us to determine that F=-Wp, and N=-Wn, with a negative indicating that it is in the opposite direction such that forces add up to zero. You usually use trigonometric functions to break forces in to components. In this example, Wn = W*cos(30 deg), and Wp = W*sin(30 deg). To figure out which one is sine, and which one is cosine, I recommend looking at the limits on what happens at the extreme angles. At 0 deg, which component should go to zero? And which component should equal the original force? Likewise, what happens at 90 deg? Knowing that sine rises and cosine coasts, you can conclude which trig term will chop the force to which direction..

[@lightningspeed6466]

Is there any chemistry videos like this awesome videos If yes please tell that will be helpful

[@FlippingPhysics]

Sorry, I don't make chemistry videos. Tyler Dewitt is your man for that: kzbin.info

[@senalidias7622]

thank you so very much GOD bless

[@FlippingPhysics]

you are welcome so very much. it is a joy to share my knowledge with you all.

[@senalidias7622]

Flipping Physics you are being a blessing as you are using your knowledge to be helpful to others..your parents must be so proud to give such a blessing to the world.can't thank you enough...May the ray of happiness pierce through you throughout the days to come

[@FlippingPhysics]

Feeling the love my friend. Thanks.

[@BenTabulaRasa]

Flipping PHYSICS, terrific dynamics!

[@yvngstain3797]

Cosmo, Wanda, I wish I had some new socks

[@dubella702]

Great!! THANKS A LOT!!! AWESOME!!!

[@FlippingPhysics]

You are welcome. Glad to make you happy. :)

[@tenzintsepak3325]

Thank you physics Jesus

[@FlippingPhysics]

ha ha ha