Physics Practical on Obstructed Simple Pendulum Experiment Solution

This video gives the solution to physics practical for the obstructed simple pendulum experiment M2. In this video you’ll learn how to conduct and complete the table of the obstructed simple pendulum experiment as well as plot the graph of the obstructed simple pendulum experiment, deduce the relationship between the periodic time T and the length of the part of a simple pendulum allowed to oscillate from the experiment and much more.
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[@KamaloFortuneJohn]

Thank you chief
God bless you ❤

[@jonahemmanuelteaches]

Always welcomed 🙂👍

[@Jobed_Owen]

Sir Jonah you're indeed a God sent! I appreciate what you're doing for us!

[@jonahemmanuelteaches]

Awesome. Thank you, glad to hear

[@Ihuomadennar]

This is a topic they'll teach for weeks,has been simplified in 37 minutes,wow❤

[@jonahemmanuelteaches]

Glad to hear... thank you

[@abrahamedache5146]

Who again has the feeling that Mr. Jonah is God sent??

[@jonahemmanuelteaches]

Thank you

[@Ihuomadennar]

Thank you for the 3rd time 🙏 it was gainful to me

[@jonahemmanuelteaches]

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[@fanszone3246]

Amazing

[@jonahemmanuelteaches]

Thank you! Cheers!

[@Ihuomadennar]

Thank you mr Jonah

[@jonahemmanuelteaches]

Always welcomed

[@Ihuomadennar]

Great 🎉🎉🎉

[@jonahemmanuelteaches]

Thank you! Cheers!

[@Ihuomadennar]

I understand it perfectly 🎉

[@jonahemmanuelteaches]

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[@NchegeSamueloru]

Thank you so much for clear
Clerification

[@jonahemmanuelteaches]

Happy to hear

[@fanszone3246]

Understood perfectly well

[@jonahemmanuelteaches]

Awesome, glad to hear

[@abrahamedache5146]

Great teacher

[@jonahemmanuelteaches]

Thank you! 😃

[@Confidencebright-h2u]

Thank you for the time you put into this😊

[@jonahemmanuelteaches]

Awesome. Thank you so much

[@fanszone3246]

You make all subject easy sir

[@jonahemmanuelteaches]

Thank you so much

[@Ihuomadennar]

Thank you

[@jonahemmanuelteaches]

You're welcome

[@Ihuomadennar]

Clear and concise👍

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Thank you

[@abrahamedache5146]

Understandable

[@jonahemmanuelteaches]

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[@abrahamedache5146]

Your lessons are so timely

[@jonahemmanuelteaches]

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[@Ihuomadennar]

Appreciate you sir Jonah

[@jonahemmanuelteaches]

Thank you

[@Ihuomadennar]

Learning made easy 🎉

[@jonahemmanuelteaches]

Glad to hear that

[@abrahamedache5146]

Well done sir

[@jonahemmanuelteaches]

Thank you so much

[@UmesiEzekwem-zk7er]

Thank you very much sir

[@jonahemmanuelteaches]

Always welcomed 👍

[@abrahamedache5146]

The crux of the matter remains... Jonah is the best

[@jonahemmanuelteaches]

Thank you so much

[@fanszone3246]

Lovely

[@jonahemmanuelteaches]

Thank you

[@Ihuomadennar]

Amazing stuff here❤

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[@Vera-pj9rq]

Thank you sir

[@jonahemmanuelteaches]

Welcomed

[@natashaiwuchukwu4084]

Thank you so much sir❤

[@jonahemmanuelteaches]

Always welcomed 🙂👍

[@OgbonnahEmmanuelChibuike-is7ee]

Anointed tutoring 🔥🔥

[@jonahemmanuelteaches]

Lol..hahahaha

[@famaveternengebasil3086]

Thank you sir
May the good Lord provide all your needs
Amen 🙏

[@jonahemmanuelteaches]

🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻

[@FunmilayoHassan]

Thanks Sir 🙏🏽🙏🏽

[@jonahemmanuelteaches]

Always welcomed 😊

[@timibofaIlaye]

Thank you very much for the video, but I really think when it came to the part where we were to explain how the set up can be used to determine the value of "g" it it should have been something verbal and less calculative

[@jonahemmanuelteaches]

Ok then.

[@fanszone3246]

Sir can't appreciate you enough

[@jonahemmanuelteaches]

Great!!!! Thanks

[@fanszone3246]

Great

[@jonahemmanuelteaches]

Thank you

[@abrahamedache5146]

Keep up the good work Sir

[@jonahemmanuelteaches]

Thank you, I will

[@imoexcel]

Thank you sir Thank you sir ❤

[@jonahemmanuelteaches]

Always welcomed.

[@michaelchimezie-xe7fr]

Thanks for this video sir
Please must the line of my graph intercept on the x-axis (ycm)?

[@jonahemmanuelteaches]

Always welcomed.
Seemingly

[@MICHAELBAKO-v6j]

Thanks a lot sir,I wish I could see experiment m 5 been solved

[@jonahemmanuelteaches]

Ok then

[@BLESSINGLETOR]

Great job. More knowledge,
Please I need M5 and M7 thanks

[@jonahemmanuelteaches]

Ok then.

[@SkyeGrande]

Wow, you took a lot of work load af me
Thank u so much
Pls could u work on experiment m6

[@jonahemmanuelteaches]

Ok then.

[@abrahamedache5146]

❤️❤️

[@jonahemmanuelteaches]

Thank you

[@abrahamedache5146]

Is it possible not to get an intercept in your graph even when asked to find one??

[@jonahemmanuelteaches]

Shouldn’t be... possible still

[@ChinazaDibor]

Sir am having 1.90 as my TL,so please how do I get my TL^2

[@jonahemmanuelteaches]

Square the value of L and then multiply it by T
So.. square L and get L² then multiply it by T

[@chi_besh2812]

Lovely video Mr Jonah ❤
Negative value of slope
Will it cause trouble in exam

[@jonahemmanuelteaches]

Thank you so much.
No no, it's no problem

[@CHiamakaDelight-i4o]

Sir please do a tutorial for m3,m5,m7. Urgently needed 🙏

[@jonahemmanuelteaches]

Ok then

[@abrahamedache5146]

In a situation where it's an exam and I don't get to do the practical but the readings were given should I still use the personal pronoun "I"?? In stating my precautions

[@jonahemmanuelteaches]

Yes... Still use I ... Always use I .. if it's alternative to Practicals.. use ... I would have
But for RSU exam... Use I

[@shantimac-karibo8658]

Thank you so much❤.but I have a question in the intercept of T^2 axis c . When we are confirming the answer is it okay if the difference is a 0.3 with the first one

[@jonahemmanuelteaches]

Sure. The difference is small and hence, negligible.

[@shantimac-karibo8658]

I really love your tutorials online

[@shantimac-karibo8658]

I wanted to ask if it's okay to use 2 different scales on a graph or they must be the same

[@fanszone3246]

The best

[@UmesiEzekwem-zk7er]

I will love to see experiment 6

[@jonahemmanuelteaches]

Ok then.

[@Ihuomadennar]

A in physics ❤🎉

[@jonahemmanuelteaches]

Sure..!!!

[@abrahamedache5146]

Who ever finds this UA-cam channel has found a good thing and has obtained favour from the Lord😂😂

[@jonahemmanuelteaches]

Hahhahahaha.
. Thank you 😊

[@ChisomIbeawuchi-n4h]

Pls mr jonah could you do M5 EXPERIMENT FOR PHYSICS

[@jonahemmanuelteaches]

Sure..!!!!!

[@Momrt863]

Sir please how did you get your scale ?

[@jonahemmanuelteaches]

It's assumed to fit the graph sheet.

[@ekenedilichukwuezedialu]

God bless you bro

[@jonahemmanuelteaches]

Awesome. Glad to hear

[@triumphagnes4811]

Sir y those the X2 on the slope leser than the X1.I thought it is suppose to be greater

[@jonahemmanuelteaches]

It's a negative slope graph, that's why. 👍👍

[@Vera-pj9rq]

Sir we divided by 20 here to get the mean .. but in M4 u said we should divide by 10 to get the period but they are similar questions sir please why is it so?

[@jonahemmanuelteaches]

Check the number of scillations for each case, one is 10, the other, 20... Check.

[@fanszone3246]

Simple pendulum made easy

[@abrahamedache5146]

🎉🎉

[@Ihuomadennar]

👍👍👍👍

[@NchegeSamueloru]

Can I get the actual question for these video

[@jonahemmanuelteaches]

There already

[@abrahamedache5146]

😊😊

[@VictorGodspower-x2z]

L2

[@jonahemmanuelteaches]

👍

[@abrahamedache5146]

Blessed is Gen Z

[@abrahamedache5146]

😍😍

[@abrahamedache5146]

🤗🤗

[@Vera-pj9rq]

Sir please M6

[@jonahemmanuelteaches]

Okkk

[@abrahamedache5146]

🙂🙂

[@abrahamedache5146]

🙏🙏

[@abrahamedache5146]

😱😱

[@Ihuomadennar]

Physical class aint needed anymore!

[@jonahemmanuelteaches]

Hahahaha... Please go to class ooo

[@tonia9764]

M6 next

[@jonahemmanuelteaches]

Okkk

[@jonahemmanuelteaches]

Okkk

[@jonahemmanuelteaches]

Okkkk

[@alamanjovictor1331]

Lolvely sir

[@jonahemmanuelteaches]

Thank you 👍👍👍

[@abrahamedache5146]

...

[@abrahamedache5146]

Wonderful

[@jonahemmanuelteaches]

Thank you! Cheers!

[@OgbonnahEmmanuelChibuike-is7ee]

Thank you sir

[@timibofaIlaye]

Thank you very much for the video, but I really think when it came to the part where we were to explain how the set up can be used to determine the value of "g" it it should have been something verbal and less calculative

[@jonahemmanuelteaches]

Ok then

[@ChinazaDibor]

Sir I have 1.90 as my TL, please how do I get my TL^2

[@jonahemmanuelteaches]

Square the value of L and multiply it by T

[@abrahamedache5146]

❤❤

[@abrahamedache5146]

🙂🙂

[@abrahamedache5146]

🙏🙏