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Uviemine Collins Onobrakpeya
Приєднався 25 січ 2023
MOTION OF A SPHERE WHICH ROLLS DOWN AN INCLINED PLANE
This video discusses the Physics of a sphere which rolls down an inclined plane. It discusses the relationship between the vertical height of the plane, the time it takes the sphere to travel down the inclined plane and the velocity with which it strikes the ground.
#inclinedplane
#rollingsphere
#momentofinertia
#accelerationofarollingsphere
#motionalonginclinedplane
#motionofrollingbody
#motionofrollingsphere
#physicsofrollingbodies
#inclinedplane
#rollingsphere
#momentofinertia
#accelerationofarollingsphere
#motionalonginclinedplane
#motionofrollingbody
#motionofrollingsphere
#physicsofrollingbodies
Переглядів: 225
Відео
EXPERIMENT TO OBTAIN THE MAGNITUDE OF ACCELERATION DUE TO GRAVITY USING A SPECIAL SPHERICAL BALL
Переглядів 1,4 тис.2 місяці тому
This video contains an experiment to obtain the magnitude of acceleration due to gravity in a laboratory using a meter rule, grooved wood, stop watch and a spherical metal ball. It also contains guidelines that can be followed in order to choose suitable scale for plotting graphs. #inclinedplane #accelerationduetogravity #rollingsphere #graphscale #groovedwood #rolldownaninclinedplane #physicse...
MOTION ON AN INCLINED PLANE
Переглядів 191Рік тому
In this video, I discussed motion of bodies on inclined planes. The intention initially was to teach motion of connected bodies on inclined planes but it is important we understand this concept first. If there are specific topics in O-level and A-level Physics that you want me to teach, do let me know in the comment section. And don't forget to like, subscribe and share. #inclinedplane #motiono...
Example of Dimensional Analysis
Переглядів 86Рік тому
In this video, I analyze a question on dimensional analysis. The whole topic is found in my video ua-cam.com/video/1uhse6XKIBg/v-deo.html . That video explains the entire concept of the topic but contains one mistake (Q4) which I have corrected in this video. #dimensionalanalysis #dimensions #physicslord #collins_physics
MOTION OF CONNECTED BODIES
Переглядів 274Рік тому
In this video, I discuss the application of the mathematical representation of Newton's laws of motion, as well as other necessary laws are used to obtain the position, motion and acceleration of components of a system of connected bodies and/or that if the entire system of mass. #motionofconnectedbodies #motionofconnectedparticles #physicslord #pythagorastheorem #systemofpulley #pulley #fricti...
EXPERIMENT TO MEASURE THE FOCAL LENGTH OF A CONVERGING LENS
Переглядів 4,4 тис.Рік тому
In this video, we obtain the focal length of a converging lens using a raybox, a screen, object (thin metallic threads inside the raybox) and a metre rule. By varying the object distance, the magnification of the image was obtained. The estimated variation in magnification was plotted against the variation in object distance. From the graph, the focal length of the lens was obtained. My sincere...
AN EXPERIMENT TO CALCULATE THE YOUNG'S MODULUS OF A METER RULE USING AN OSCILLATING CANTILEVER BEAM
Переглядів 4 тис.Рік тому
In this video, we obtain the young's modulus of elasticity of a metre rule using an oscillating cantilever beam. I also demonstrate how to measure the uncertainty/error in some of the measuring instruments used (a metre rule and a vernier caliper). The error in slope is also determined. These errors are all considered in obtaining the error in the Young's Modulus. The value of Young's Modulus o...
MEASUREMENTS, DIMENSIONS AND UNITS OF PHYSICAL QUANTITIES.
Переглядів 830Рік тому
#dimensions #physicslord #dimensionalanalysis #physicalquantities #fundamentalquantities #derivedquantities #supplementaryquantities MEASUREMENTS, DIMENSIONS AND UNITS OF PHYSICAL QUANTITIES. This Video is a Physics lecture video and is useful for A level, O level, college and high school students. In this video, we discuss fundamental units, derived units and supplementary quantities. We then ...
EXPERIMENT TO DETERMINE THE YOUNG'S MODULUS OF A METER RULE USING A CANTILEVER BEAM
Переглядів 7 тис.Рік тому
#physicspractical #cantileverbeam #cantilever #veinercaliper #errorinslope #errorinmetrerule #errorinveinercaliper #physicslord EXPERIMENT TO DETERMINE THE YOUNG'S MODULUS OF A METER RULE USING A CANTILEVER BEAM Apparatus used in this experiment: meter rule veiner caliper 50g and 100g masses G-Clamp/Clamp Thanks for watching. Do well to like and comment and subscribe to watch more of our videos...
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Thank you soooooooooooooooooooooooooooooooooooooooooooooooooooooooomuch sir 🥹🥹.
Thanks a lot Sir
Alright
What is gained by studying this Young's modulus?
I don't still get it.. can I show you mine so that you help me do it please?.. because our formulas are different and my graph is W against D
Hello dear. I'm sorry for the delayed reply. I'll like to help. Reach out to me on my IG account: onobrak collins
Sir what if u have a reading L=39.2,39.5,39.7,40,40.3,40.6 have we going to put on a graph
You’re a life saver Thank you so much sir
Sir please a video on heat and gravity before the exams
Make a video on heat please
why did you take the mass on the y-axis isnt it the independent variable?
Hello sir, may i know how you get the given equation for the mass? What is the derivation? J understand that it is a derivation from young’s modulus = stress/ strain, but mne is missing the constant 4… can i know where the constant 4 came from?
Sir please could u talk on kinematics 🙏 would be very grateful
Thanks a lot sir Really helpful 👍
We waiting for the next video sir Thank you for you do
You're welcome, dear. This is a great source of motivation.
This is awesome 🎉🎉thank you sir
Hello thank you for the wonderful explanation! Just wanna ask, where can I buy that set of weights? thank you in advance
😊😊
I wish I can tag 100 level students to see this video
Thanks for the constant update sir
You're welcome, dear
Excellent teaching!
Interesting! All I can say is that with a good lecturer, most students will do exploit ❤. Thank you so much for the help sir, you are blessed and loved of course 🥰😩
I have this practical this morning 🥶
@@Jay_0605 Me too Jay 😂😩
@@hopeahama3984 The exam shock me oo but anyways....
Woahhh!!!! So it's this easy after all, I thought it was not going to be doable at some point but I'm happy you made me want to give it a try 🤭. Thank you so much for the encouragement sir ❤
This is a brilliant work done sir, I'm honored to be taught by you, I hope I prove that by doing well in my exams 🥰. Thank you so much for this wonderful video sir 👏
How did you do bro my only hope
Thank you sir and God bless you sir
Nice video❤️ Sir the from the former video u didn't add the estimated standard error in Young's Modulus to the actual Young's Modulus. So if we are to answer these kind of questions, which are we going to use finally as our Young's Modulus? Is it the modulus with added error or the one without added error; that's the first one🤷🏻♂️
I also noticed that, well I went back to look at the error in the first one and it was really really small, I guess that's one reason he might have just skipped it but I'm not sure if that's totally true 😩
GOD BLESS YOU ABUNDANTLY SIR. This really helped
IN JESUS NAME .AMEN
Well detailed and understandable, thanks alot sir
Thank you sir😊
Thank you sir😊
Thank you so much sir ❤
Ah!.. this man goo much 🙌
Alevel physics practicals ,aced❤ God bless you Sir 🙏🏻...
This is the morning of mine. I will ace it
Thank you sir and God bless
Alevel practicals... Physics... Thank you very much Sir ❤
Thank you sir
Thank you very much sir God bless you
❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️
Thank you sir❤
Thank you sir
God bless you sir❤
Thank you so much sir
Most welcome
Thank you sir 😊
Welcome!
Made simplified...thank you for all you do sir
Glad it helped
I wish I had something like this when I did A-level. This is beautiful 😍.
I'm jealous.
Well, we can't turn back the hands of time. And we wouldn't want to especially when we've already progressed in the right direction. All the same, thanks for the appreciation.
Good one bro👍😘
Thank you so much 😀
Thank you sir
Welcome
Very simplified. Thank you Sir. You are blessed.
Glad it helped
Thanks alot ❤
Always welcome ❤
Thanks so much for making it so easy to understand ❤
You are so welcome!