Hello! Im struggling bad with physics, I was wondering how do you know what formulas to generate based on the problems? With math its easy, but physics im finding hard times to find the right equations. Thank you in advance 😸
If you see in all my videos I always start with listing the knowns and unknowns from the word problem. That should give you an idea of what formula to choose. Hope that helps a little.
I've been stuck on this problem in my assessment for a min and you helped me out a lot, thanks!
I was struggling in class but now I fully get it! Thank you so much
"Easy", NOIDONTHINKSO
*cries in nonlinear differential equations*
Thank you for helping I was really confused about this question and you helped me be able to solve it so thank you from the bottom of my heart
Wow this was a incredible explanation. Thank you!
Awesome video! Very simple and easy to understand. Thank you!
Really appreciate it!
Awesome explanation!
Thank you so much for helping me
Thank you so much Teacher
Thank,s Thank,s Iam so happy , Iam from in Bahrain , an good luck , have a good real 💚💚💚💚❤️.
Very helpful, thank you so much!
Thnx sir you helped me
Thank you so much
Thanks this help really much
So how would you set it up to find gravity?
Really nice vedio helped a lot
Thank you for this!!❤️
What is the straight up formula for l?
Thank you for help :)
Hello! Im struggling bad with physics, I was wondering how do you know what formulas to generate based on the problems? With math its easy, but physics im finding hard times to find the right equations. Thank you in advance 😸
If you see in all my videos I always start with listing the knowns and unknowns from the word problem. That should give you an idea of what formula to choose. Hope that helps a little.
@@DMaciaga indeed it dpes thank you 😸💪
What do you do when your asked not to use g
Legend!
Is there any go-to formula for this
Idk, and i need one to
is the length always metres
This is for a pendulum in circular motion 'aight?
PLZ huelp
@@abdirahmanyazin2663 No, not necessarily, I think the formula is for simple harmonic pendulums.