Physics Elevator Forces & Problems (AP Physics 1 & Regents Level)

Physics Elevator Forces & Problems (AP Physics 1 & Regents Level)
🔥Review Books I Use & Recommend🔥
SAT Physics: amzn.to/3jA8CeT
AP Physics 1:amzn.to/32MtklD
NY Regents Physics: amzn.to/30GqVpP
AP CALC: amzn.to/3lhAe9u
This will show you how to draw a free body diagram for object in an elevator. You will be able to draw all the forces on an object in an elevator while it is at a constant speed or if it is accelerating up or down. You will be able to know which for is greater or less than each other.
This is the best physics elevator video you will watch.
If there is a topic you want me to do leave them in the comments below.
#physicstutor #mathtutor
DISCLAIMER: The content discussed in these videos are solely my opinion and I have on affiliation with the SAT/College Board or any other products discussed in this video. This channel is for Educational purposes only. This video and description contain affiliate links, which means that if you click on one of the product links, I’ll receive a small commission at no extra cost to you; all of which helps grow the channel! Thank you for your support!

[@kenmaken078]

17:36 Why isn’t the NCF of box 2 drawn on the body diagram? I’d thought you’d need to draw the internal NCF of box 2 onto box 3

[@suzanna667]

Could you do some experimental design questions? Additionally, your videos are really insightful and definitely one of the best review sources on CZcams.

[@themathandphysicstutor]

Yes. If you have one in mind let me know. I will be posting some as I enter review.
If you leave a question to do leave a separate comment. I only get notified of new comments. Not replys

[@orlandomota1347]

thanks so much this helps so much

[@themathandphysicstutor]

No worries

[@jaluanggara6534]

for the case of 2 and 3 block, how do i determnine the value of F_(f,1) ? does it m1 times g ? or what ?

[@themathandphysicstutor]

I’m sorry I don’t follow. Weight is mg

[@sayaabdullah7434]

At 19:41 when you cancelled them, is that only equal when a=0m/s/s

[@themathandphysicstutor]

Forces cancel when they are equal and in opposite directions