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Checking the dimensional consistency of equations | dimensional analysis kisembo academy 

Kisembo Physics And Math
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Checking the consistency of equations using dimensional analysis/ Dimensional analysis of equations - kisembo academy
I would like to thank all of you that keep sending financial support via
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your continued support has enabled us to keep producing these videos. Keep the support coming through and may God bless you more.
analysis using the fact that physical quantities added to or equated with each other must be expressed in terms of the same fundamental quantities (such as mass, length, or time) for inferences to be made about the relations between them.
among other useslike to see whether physical quantities are dimensionally correct or not, dimensions of a physical quantity or dimensional analysis can be used to find consistency of equations. We use a few solved problems to show the consistency of Newton’s second law of motion and other equations. here we explore fundamental and physical quantities of matter. The three basic quantities of matter include length, mass and time, their standard units being meters, kilograms and seconds respectively. All the physical quantities (derived quantities) are related to these three basic quantities. The basic quantities cannot be expressed in terms of other physical quantities whereas the derived quantities are physical quantities which are expressed in terms of other physical quantities and they include but aren’t limited to velocity, acceleration, force etc.
#Physicsmaths
#dimensionalAnalysis

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24 авг 2024

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Комментарии : 41   
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 3 года назад
Please help support me produce more of these videos. Kindly watch ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-keVDVSc7kxo.html
@mrduck7086
@mrduck7086 5 лет назад
Mate, I’m currently under a Aeronautical systems degree and you’ve summed my whole 2 week learning package in 11 mins. Thank you hugely!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
Hehe, you're welcome. I'm glad I could be of help. Thanks for watching
@score9924
@score9924 4 года назад
Great job
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 4 года назад
Thanks Zubair... And thanks for watching
@adityadubey6005
@adityadubey6005 6 лет назад
I liked the way of teaching. Very simple and understandable. Thanks a lot.
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 6 лет назад
+Aditya Dubey you're welcome Aditya, and thanks for watching
@aylaaktan
@aylaaktan 5 лет назад
very helpful on a topic I was not able to find many videos on, thanks!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
You're welcome Ayla. Thanks for watching
@aylaaktan
@aylaaktan 5 лет назад
@@KisemboPhysicsAndMath also, I really appreciated the "flashback" moments in this video too, most posters would just tell the viewer to go back and watch the old video, but you seamlessly incorporated the footage in and I really liked that!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
You're so welcome. I appreciate your feedback.
@aylaaktan
@aylaaktan 5 лет назад
@@KisemboPhysicsAndMath of course, I believe that not all feedback should be bad and if I see something I don't see often that I really appreciate, I'll make sure to let the person know since I'm use many other viewers find the "flashbacks" useful too!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
At some point I thought the flash back thing is maybe a bit redundant since it's something someone has already watched earlier, but I just thought to put it there anyway. Your feedback encourages me to always incorporate it whenever required, whenever deemed appropriate.
@aka-sj9ql
@aka-sj9ql 5 лет назад
You are a great teacher thank you so much
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
You're welcome aka. Thanks for watching...
@afgschoolm9828
@afgschoolm9828 6 лет назад
Wonderful method of teaching! Helpful!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 6 лет назад
thankyou. and thanks for watching
@xuenxd6568
@xuenxd6568 4 года назад
Thanks, it helped me a bunch!
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 4 года назад
Im glad it did. Thanks for watching
@inyang_g_brown
@inyang_g_brown 5 лет назад
Nice teaching... please explain to me about the cube on the initial velocity... because am only familiar with v=u+at and not v=u³+at..thank u
@kabagambegeorge7160
@kabagambegeorge7160 5 лет назад
The equation where you see a cube on the initial velocity is NOT A CORRECT equation. It is only used for purposes of illustrating how to use dimensional analysis. The main point is that dimensional analysis can be used to prove the CONSISTENCY of equations BUT NOT the CORRECTNESS of an equation. In other words, its possible to have an equation that is theoretically wrong but dimensionally consistent. Let me kno if this makes sense or not.... I could give an alternative explanation.
@swapnildeshpande1460
@swapnildeshpande1460 6 лет назад
Thanks a lot
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 6 лет назад
+Swapnil Deshpande you're welcome. I hope you subscribed. Let me know of any other topics to record, its always a joy to serve the likes of you. Again, thanks for watching
@mazenkhalid4068
@mazenkhalid4068 5 лет назад
thanks
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
youre welcome
@70_rajram_1st9
@70_rajram_1st9 7 лет назад
thank you
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 7 лет назад
Youre welcome Raj
@stephenmuwomba3070
@stephenmuwomba3070 7 лет назад
Helpful anx
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 7 лет назад
youre welcome stephen Muwomba.
@tsaoneletlamma2583
@tsaoneletlamma2583 7 лет назад
thanx
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 7 лет назад
youre welcome Letlamma
@theepster
@theepster 5 лет назад
How is 3/2L = L? I'm confused, please help
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
3/2 is a constant. And since in dimensional analysis, constants DON'T HAVE DIMENSIONS (dimensionless), therefore 3/2L=L. Let me kno if this makes sense... If you're still confused I could explain further...
@theepster
@theepster 5 лет назад
@@KisemboPhysicsAndMath Thank you so much for helping! You're awesome and I understand it now. You earned a subscriber
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
I'm glad you understood. It's always a joy to serve. Thank you for your feedback and thanks for watching...
@addilynbrown777
@addilynbrown777 5 лет назад
How come 1+1÷2 =3÷2
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
+Addilyn Brown 1+1÷2 using BODMAS, you start with the (1÷2) part 1 + (1÷2) 1 + 0.5 = 1.5 And also, 3÷ 2 = 1.5 That explains why 1 + 1 ÷ 2 = 3÷2
@addilynbrown777
@addilynbrown777 5 лет назад
Kisembo Academy thanks a lot
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 5 лет назад
+Addilyn Brown you're welcome Brown
@KisemboPhysicsAndMath
@KisemboPhysicsAndMath 4 года назад
if you need to watch the entire full length VIDEO on dimensional analysis, simply follow this link ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-rsz4PRAOiTg.html
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