When you watch such a video,you like it Look at the nº of views and look at that of likes🙄🙄 The explanation was so so fluently broke down,what's there not to like I love the video,I'm trying to study while on quarantine and this helped me a lot, thanks
Gravitational field strength is 9.8 N/kg in GCSE, just for you Y10 and 11 kids. If you continue physics further on you'll also learn that it changes depending where on Earth you are.
@@iamblank4302 the avarage size of a Tesco roof is approximately 12m high assuming that you weigh around 50kg it should take you around 2.5 seconds to fall now you have the numbers you use the equation s=d/t to work out that you terminal velocity is 12÷2.5=4.8 so therefore your terminal velocity was approximately 48mps.
interesting class , but would be more suitable to change the order of the position for x and y , and there would be no need to invert the value of the constant k ? I mean weigh in the vertical and extension in the horizontal... I mean it is just a suggestion
Yes, we stuck to the principle of independent variable on the x-axis here, but for later work it would be easier to plot the graph the other way round too as it leads on to stress-strain graphs where stress (F/A) is on the y-axis. Also the area under the graph is the energy stored. Certainly worth thinking about both ways round even at GCSE.
Exon A I noticed that CGP Physics have done your suggestion, but personally, I like to stick to the rules and do it the proper way otherwise it will confuse me. But looks like you are not the only one with that suggestion.
![Hooke's Law Practical [ VID 1a] | Hooke's Law Experiment, PHYSICS 3 WASSCE 2023 PREPARATION.](http://i.ytimg.com/vi/LpJwr1n2SCc/mqdefault.jpg)
One of the best video on Hookes law
When you watch such a video,you like it
Look at the nº of views and look at that of likes🙄🙄
The explanation was so so fluently broke down,what's there not to like
I love the video,I'm trying to study while on quarantine and this helped me a lot, thanks
Don't care, didn't ask, plus you're a woman
Yeah, helped me too.
best video on hooke's law .... thnx alot
Hey bean seed
@@joshhudson1110 Hi Josh Hudson! We’re in 2021 now!
Gravitational field strength is 9.8 N/kg in GCSE, just for you Y10 and 11 kids. If you continue physics further on you'll also learn that it changes depending where on Earth you are.
If I jump of the top of a Tesco car park roof what will be my terminal velocity
@@iamblank4302 the avarage size of a Tesco roof is approximately 12m high assuming that you weigh around 50kg it should take you around 2.5 seconds to fall now you have the numbers you use the equation s=d/t to work out that you terminal velocity is 12÷2.5=4.8 so therefore your terminal velocity was approximately 48mps.
@@wilfbm9067 howd you get 2.5 seconds
@@sosanmehmood8904 guessed
thanks for the confusion
Great videos bud, I'll certainly be setting them for my classes!
:-)
Your profile picture looks like Bobby schmurda
ruclips.net/video/x1wGy3bej1A/видео.html
Thank you. Please keep making these.
Nice lacture
Hello, thank you for the video. May I please ask the dimensions of that spring in respect of Wire thickness and material, is it stainless? Thank you
interesting class , but would be more suitable to change the order of the position for x and y , and there would be no need to invert the value of the constant k ? I mean weigh in the vertical and extension in the horizontal... I mean it is just a suggestion
Yes, we stuck to the principle of independent variable on the x-axis here, but for later work it would be easier to plot the graph the other way round too as it leads on to stress-strain graphs where stress (F/A) is on the y-axis. Also the area under the graph is the energy stored. Certainly worth thinking about both ways round even at GCSE.
Exon A I noticed that CGP Physics have done your suggestion, but personally, I like to stick to the rules and do it the proper way otherwise it will confuse me. But looks like you are not the only one with that suggestion.
This is video family guy funny moment
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Same
Thxc
Hi.finley hawkins
Hi, Lots of love ashton Holloway Shelly!🌴
Oh hey Lewis Williams 👋
@@connort6575😮 shhhhhhhhhh🙊🔛💋🍞👺😶🌫️🤞🏿
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You're*
Omg it's Ali a
Stephan hawking a can do better
No. No he can't.
He's dead
@@iamblank4302 f
Nice spelling
@@iamblank4302 exactly
My dog does better