might have to put a supercharger in that car so we can get it to 3000N and get 6 m/s^2
@sofiancv12 күн бұрын
Great explanation!
@IOSALive13 күн бұрын
Garrison Turner, I subscribed because your videos are super cool!
@MartinKorim18 күн бұрын
Well explained 👍
@garrisonturner567017 күн бұрын
Thanks!
@kelvindavid159225 күн бұрын
Firstly Thank you for all your lectures sir they're really helpful,and i have one question sir where is the 10 coming from at g wich is Gravity why not use 9.80 are they the same?
@garrisonturner567024 күн бұрын
This video was recorded for a conceptual physics class so I had no problem letting students use 10 instead of 9.8 m/s^2. In fact the books we used made the approximation everywhere. For algebra or calculus-based courses though, I strictly use 9.8. Thanks for watching and I hope the videos are useful!
@Justuskalasathefithdimension28 күн бұрын
Wow 😲😳. God bless you sir. I really needed this ❤
@DanielCee-lm7geАй бұрын
This was so helpful, on a topic I was really struggling with. You sir are the goat, may your pillow always be cold on both sides.
@kelvindavid1592Ай бұрын
thank you for your lectures they've really helped me alot, thank you once again and I love you sir........
@leventeonodi1122Ай бұрын
How come it only has 190 views? Amazing video, thank you so much!
@user-ri3uv7xz6p2 ай бұрын
Wish my physic tutor was you. Well explained...thank you and may GOD bless your carrier.
@user-pm1sn3gl3x2 ай бұрын
Thanks
@ZIBANOMAUNGA-qt9tj3 ай бұрын
Thank you sir this really helped me in revising for my test
@garrisonturner56703 ай бұрын
Glad it helped!
@user-ec7pp6bj2p3 ай бұрын
Thanks alot for your physics videos am from Ghana Africa and you have really help me alot
@garrisonturner56703 ай бұрын
Glad they are useful! Good luck in your studies. If there are particular topics you need covered, let me know. I can’t make guarantees to make them but I can do my best as I have time.
@skygame50043 ай бұрын
Thank you sir.
@RongNam-hw2fn3 ай бұрын
This was such a great teaching
@user-sb7np6nq5o3 ай бұрын
This is really helping me 😊
@garrisonturner56703 ай бұрын
Glad it did!
@GlowUpMensUS3 ай бұрын
Wow 🤩
@garrisonturner56703 ай бұрын
Thanks!
@user-ru8mh5bu3b3 ай бұрын
Really appreciate it Thanks
@Sk_cule7474 ай бұрын
Life saver, thank you 💫
@user-ly2jq4ce8w4 ай бұрын
can you teg me in your next video conversion of units
@garrisonturner56704 ай бұрын
Is there a specific part of unit conversions that is confusing? I might be able to help.
@qennyaa4 ай бұрын
thankyou so much man
@garrisonturner56704 ай бұрын
Glad it helped!
@thelmyasu30734 ай бұрын
This was very helpful for me. Thank you so much, sir
@senaanosama51816 ай бұрын
Thank you
@user-bn7vx4iz7q6 ай бұрын
This is my biggest problem in physic 😢
@sahibhasan70956 ай бұрын
Thank you so much
@user-nf1xr2xj3c7 ай бұрын
His has helped me to understand
@hopcfizl36717 ай бұрын
At 3:29, did you mean ro say per unit time instead of per unit cycle?
@garrisonturner56707 ай бұрын
Yes. Good catch.
@jameshenry35307 ай бұрын
So, 2000 pounds = 1 ton is not an equation?
@garrisonturner56707 ай бұрын
Sure it is. It is also a useful conversion factor as well. It's not an equation in the algebraic sense with multiple variables, but it is an equation demonstrating an equivalency.
@jayantamiri7557 ай бұрын
Inaccurate video. Less negative displacement as compared to positive displacement
@garrisonturner56707 ай бұрын
I think you’re being a little nit-picky for a few reasons. 1) If it’s off, it’s not by much. A little more than half of the 200g print on the mass goes past the 30 cm mark above the dashed line at 50 cm and similarly past the 70 cm mark below. If it’s off, it’s by less than 2 cm. 2) Given that this was shot for a physics lab in which uncertainty is to be estimated/discussed, any perceived deviations would be included in the error analysis, and the deviation of perhaps 1 cm out of the amplitude of 20 cm is well within the uncertainty that one would see in a physical classroom experiment. Even though this is a simulation, there are plenty of ways error can crop in; I may not have set the dashed line exactly at the 50 cm mark (you might never know because you don’t know if there is any error due to camera angle), I might not have pulled the mass down exactly 20 cm from either the dashed line or the 50 cm mark (if they are in fact not exactly lined up), and the list goes on. This is part of understanding error and how to discuss it. If you were my student writing a lab report based on the video, I’d expect you to give me details and calculations based on your basic uncertainty estimates to derive final uncertainty values for whatever measurement is being made; the spring constant, energy conservation, predicted frequency, etc… so, even if there are deviations from true harmonic motion, it’s not a flaw in the simulation (the mass continues to bounce between the same two numbers), but perhaps a slight error in the equilibrium position. Although I would still argue it’s minuscule but also a great way to dive into complex error analysis on a relatively simple mechanical system.
@jayantamiri7557 ай бұрын
I have re-watched the video carefully. You are correct.
@garrisonturner56707 ай бұрын
@@jayantamiri755 if you really want to get it down to as accurate as the video can get, plot points at every place you can pause the video and do a chi-square fit on the frequency, amplitude, and phase. This will give the best estimate for any deviation the true equilibrium point is from the 59 cm mark.
@iHamza77 ай бұрын
Really helpful video!
@flixerstudios18628 ай бұрын
Where did we use the fact that they do not collide head on? If the would collide head on then there would be no angle between them.
@ari-man8 ай бұрын
Cool video, thanks
@pirilacbanda24408 ай бұрын
Literally have an exam in 20 minutes
@muhammadmuqri55708 ай бұрын
alhamdulillah. thank you prof
@traceyonu42288 ай бұрын
This is definitely going to help me pass my JAMB
@lincychamba55798 ай бұрын
Well explained
@user-sg8mw3ii3i8 ай бұрын
Thank you so much for this!!!
@henrymusonda27349 ай бұрын
Thank you ❤️💯 understood
@miketembo72509 ай бұрын
Awesome 👍
@warrennesh23949 ай бұрын
Great lecture
@rettnieters66109 ай бұрын
This that hot sh*t 🥵🥵🥵🎶🎶🎶 STRAIGHT GAS
@zachh32919 ай бұрын
PYTHAGORIZE THAT BIH🤑🔥🔥🔥🔥🔥🔥
@russellianaclark90639 ай бұрын
As someone who has been battling with dyslexia my entire life this video explains dimensional analysis very very well! I have looked at other videos and I have only grasped very little. Thank you. Looking forward to watching your other videos.
@garrisonturner56709 ай бұрын
I appreciate your response. I’m glad to know folks are finding the content useful in their studies. Best of luck!
@user-rf4te3nx3q9 ай бұрын
Perfect ty sm
@IndrajithNaidu9 ай бұрын
Thank you very much
@garrisonturner56709 ай бұрын
You’re welcome!
@jacepolito3269 ай бұрын
We making it out of the classroom with this one 🔥💯🙌
@theminerpigeon6069 ай бұрын
This really helped me out in my physics class at my college because I didn’t understand the lecture materials at all and was just stuck for what felt like an eternity
@h_2a9 ай бұрын
شكلي الوحيد عربي هنا👀
@user-kg6mx2yy5o9 ай бұрын
Wow you are the first teacher to make me understand this topic❤
Пікірлер
might have to put a supercharger in that car so we can get it to 3000N and get 6 m/s^2
Great explanation!
Garrison Turner, I subscribed because your videos are super cool!
Well explained 👍
Thanks!
Firstly Thank you for all your lectures sir they're really helpful,and i have one question sir where is the 10 coming from at g wich is Gravity why not use 9.80 are they the same?
This video was recorded for a conceptual physics class so I had no problem letting students use 10 instead of 9.8 m/s^2. In fact the books we used made the approximation everywhere. For algebra or calculus-based courses though, I strictly use 9.8. Thanks for watching and I hope the videos are useful!
Wow 😲😳. God bless you sir. I really needed this ❤
This was so helpful, on a topic I was really struggling with. You sir are the goat, may your pillow always be cold on both sides.
thank you for your lectures they've really helped me alot, thank you once again and I love you sir........
How come it only has 190 views? Amazing video, thank you so much!
Wish my physic tutor was you. Well explained...thank you and may GOD bless your carrier.
Thanks
Thank you sir this really helped me in revising for my test
Glad it helped!
Thanks alot for your physics videos am from Ghana Africa and you have really help me alot
Glad they are useful! Good luck in your studies. If there are particular topics you need covered, let me know. I can’t make guarantees to make them but I can do my best as I have time.
Thank you sir.
This was such a great teaching
This is really helping me 😊
Glad it did!
Wow 🤩
Thanks!
Really appreciate it Thanks
Life saver, thank you 💫
can you teg me in your next video conversion of units
Is there a specific part of unit conversions that is confusing? I might be able to help.
thankyou so much man
Glad it helped!
This was very helpful for me. Thank you so much, sir
Thank you
This is my biggest problem in physic 😢
Thank you so much
His has helped me to understand
At 3:29, did you mean ro say per unit time instead of per unit cycle?
Yes. Good catch.
So, 2000 pounds = 1 ton is not an equation?
Sure it is. It is also a useful conversion factor as well. It's not an equation in the algebraic sense with multiple variables, but it is an equation demonstrating an equivalency.
Inaccurate video. Less negative displacement as compared to positive displacement
I think you’re being a little nit-picky for a few reasons. 1) If it’s off, it’s not by much. A little more than half of the 200g print on the mass goes past the 30 cm mark above the dashed line at 50 cm and similarly past the 70 cm mark below. If it’s off, it’s by less than 2 cm. 2) Given that this was shot for a physics lab in which uncertainty is to be estimated/discussed, any perceived deviations would be included in the error analysis, and the deviation of perhaps 1 cm out of the amplitude of 20 cm is well within the uncertainty that one would see in a physical classroom experiment. Even though this is a simulation, there are plenty of ways error can crop in; I may not have set the dashed line exactly at the 50 cm mark (you might never know because you don’t know if there is any error due to camera angle), I might not have pulled the mass down exactly 20 cm from either the dashed line or the 50 cm mark (if they are in fact not exactly lined up), and the list goes on. This is part of understanding error and how to discuss it. If you were my student writing a lab report based on the video, I’d expect you to give me details and calculations based on your basic uncertainty estimates to derive final uncertainty values for whatever measurement is being made; the spring constant, energy conservation, predicted frequency, etc… so, even if there are deviations from true harmonic motion, it’s not a flaw in the simulation (the mass continues to bounce between the same two numbers), but perhaps a slight error in the equilibrium position. Although I would still argue it’s minuscule but also a great way to dive into complex error analysis on a relatively simple mechanical system.
I have re-watched the video carefully. You are correct.
@@jayantamiri755 if you really want to get it down to as accurate as the video can get, plot points at every place you can pause the video and do a chi-square fit on the frequency, amplitude, and phase. This will give the best estimate for any deviation the true equilibrium point is from the 59 cm mark.
Really helpful video!
Where did we use the fact that they do not collide head on? If the would collide head on then there would be no angle between them.
Cool video, thanks
Literally have an exam in 20 minutes
alhamdulillah. thank you prof
This is definitely going to help me pass my JAMB
Well explained
Thank you so much for this!!!
Thank you ❤️💯 understood
Awesome 👍
Great lecture
This that hot sh*t 🥵🥵🥵🎶🎶🎶 STRAIGHT GAS
PYTHAGORIZE THAT BIH🤑🔥🔥🔥🔥🔥🔥
As someone who has been battling with dyslexia my entire life this video explains dimensional analysis very very well! I have looked at other videos and I have only grasped very little. Thank you. Looking forward to watching your other videos.
I appreciate your response. I’m glad to know folks are finding the content useful in their studies. Best of luck!
Perfect ty sm
Thank you very much
You’re welcome!
We making it out of the classroom with this one 🔥💯🙌
This really helped me out in my physics class at my college because I didn’t understand the lecture materials at all and was just stuck for what felt like an eternity
شكلي الوحيد عربي هنا👀
Wow you are the first teacher to make me understand this topic❤
Glad you found this helpful!
You spelled “is” wrong