This is really Great video for all learners ... everyone can easily understand... thankyou so much bro ..
@Hobbymad16717 сағат бұрын
10(^^^^^^^^^^^^^^^^♾️)♾️ what is this value?
@kolliradha51399 сағат бұрын
Bro then cubes
@asthatiwari264815 сағат бұрын
sir what do u think about physics tadka as a coaching,I have a feeling it is beneficial,can u plz give ur suggestions
@mathOgenius5 сағат бұрын
I never heard of it..
@ruatapachuau18217 сағат бұрын
Organic Chemistry Tutor is the best.
@shambhawinp5217 сағат бұрын
such a nice lullaby to fall sleep at 😴
@TherealYUVRAJ18 сағат бұрын
Thank you brother!
@sangmadewira472619 сағат бұрын
This is actually dope fr. Do you think i can find resources for computer science related topics in these or are they in other websites?
@sangmadewira472619 сағат бұрын
Also this video is so incredibly insightful i had to just comment again, boost the algorithm 👍
@mathOgenius17 сағат бұрын
I think some of these websites have computer related courses too!
@-ShatakshiVaradham19 сағат бұрын
Thank u so much mathOgenius
@CONCEPTUALBhaiya21 сағат бұрын
❤️❤️
@incrediblekullu793221 сағат бұрын
🎉🎉🎉❤
@sabari123mon821 сағат бұрын
where is link of
@AtharvaShukla-q1i21 сағат бұрын
Thanks for your really helpful tips ❤
@chocoice451921 сағат бұрын
brilliantly explained.. salute.. ❤
@aayushsah128722 сағат бұрын
Bhaiya pla upload video on hindi channel
@mathOgenius22 сағат бұрын
Do take part in the Give Internet Giveaway! All the best!
@आry19 сағат бұрын
It's my pleasure!!!!! Thanks for free websites also❤
@MubeenMev-x3z22 сағат бұрын
Give away ka kaya hua????
@mathOgenius22 сағат бұрын
This one or the previous one?
@Heenaazimofficial22 сағат бұрын
Thank you so much for your support and subscribers 😅
@javienalaserese22 сағат бұрын
First!❤
@TrefcalКүн бұрын
Infinity is technically not a number but is a number you can think of it, so grahams number is actually the biggest number people say, but no, actually, there is no *biggest* number because you can always add 1 to a number
@Moreton-i1fКүн бұрын
This is interesting ❤😂
@sabari123mon8Күн бұрын
so many thanks for teaching me mental maths!
@SaujanyaPoudel-hx2xhКүн бұрын
Listen my man while it's true that set squares are used for drawing certain angles that's not the only use. Set squares are used for drawing parallel lines in any orientation and any distance
@SaujanyaPoudel-hx2xhКүн бұрын
*Laughs in Technical drawing*
@john-schumandr2 күн бұрын
Ah, I just understood the 11 Multiplication in Trachtenberg 😂. By the way, does Trachtenberg discuss division too?
@LinuxHurts2 күн бұрын
READ: The Secrets of Mental Math. You're welcome!
@anket072 күн бұрын
Tell me hindi language
@nidhirani73513 күн бұрын
Arrey muje to samaj me aa raha h...it's wonderful ❤❤❤ btao ye to school me kraya hi nahi jata.....so valuable....
@m.afuneralservices3 күн бұрын
Ho my god
@Ahmad8America4 күн бұрын
Great 👍👍
@hanzm_4 күн бұрын
thank you!
@balalhaque834 күн бұрын
Whats your occupation ?
@ChristoFreeze4 күн бұрын
I have Rheumatoid Arthritis and cannot bend my fingers like that. Got something for the gimp?
@saranlite76905 күн бұрын
Everything is fine but I tried 37×38 I did in your method I don't get the exact value
@strezigergo5 күн бұрын
alesnol
@shakuntalanayak94225 күн бұрын
Bro it's insane
@SampleroftheMultiverse5 күн бұрын
Thanks for your interesting video. kzbin.info/www/bejne/raOlpKSfepWpfZYsi=waT8lY2iX-wJdjO3 Your viewers might enjoy this video which demonstrates that, under the right conditions, the quantization of a field can be easily achieved. The ground state energy is induced through Euler's column containment analysis. The containment column m must be engaged before over-buckling, or the effect will not occur. The system responds in a quantized manner when force is applied perpendicularly. Bonding at the points of highest probability and maximum duration (peaks and troughs) of the fields/sheets results in a stable structure from three fields. Some say I am akin to plucked guitar strings. I argue that structures cannot be created with vibrating guitar strings or harmonic oscillators. Currently, in my research, I am attempting to describe the "U" shape that is formed. In the model, "U" shaped waves are generated as the load increases and just before the wave-like function transitions to the next higher energy level. Combining all the wave frequencies using Fourier Transforms, as I understand, creates a "U" shape or square waveform. I am considering whether Feynman Path Integrals for all possible wave functions could be applicable here. If this model is valid, observing the sawtooth load versus deflection graph produced could provide significant insight into what occurs during quantum jumps. The mechanical description and accompanying white paper can be found on my KZbin page. You can replicate my results with a sheet of Mylar* (the clear plastic found in school folders). Seeing it firsthand is well worth the effort!
@deepshikadas43175 күн бұрын
Is this video about how to finger math...then im very interested 😂😂
@dapper300015 күн бұрын
you intriege me and really make me believe i can do this im 67 and im going to finish this course thankyou