Відео

Only complex: 0.063959810301343172499210859310985355287605730479104740675403973... - 1.0908433765399575763735988438001669099914583549817516466302112... i or 0.063959810301343172499210859310985355287605730479104740675403973... + 1.0908433765399575763735988438001669099914583549817516466302112... i or 1.248405605048936531526278135104793156575121368698758722353396678... - 5.504574134828021237818776295401377186833156083716398821615796055... i or 1.248405605048936531526278135104793156575121368698758722353396678... + 5.504574134828021237818776295401377186833156083716398821615796055... i or ...

Pove in your head??

Thanks for the visit

Thanks!

That is just two answers out of the 16 roots to this math problem sir, kindly watch the full video for the rest 14th roots which can not be found on the surface. Thanks sir.

Yes,

Correct sir.

@@Mathprowess Thank You!

Fastest and easiest way, thanks for suggesting this approach

How do you mean?

The moment you introduces Euler's equation I wasn't able to follow anything you said, surely there's an easier method to solve this...

Ok

I'm glad you did

You shouldn't assume x > 0, though

not to mention you can also change side by making it 16 root 1 which is still = to 1

Short cuts kill faster than the metal bullet in the world of math.

So what then is the numerical value to m ?

Alright sir.

Master

Nope

I will shortly sir. Thanks for reminding me sir.

Wow, thanks!

I still love you for the insult sir.....😍😍🤣🤣😂

Good day sir, I seem not to get your point here sir. Is this a question or the procedure to this challenge?

You the master here then...

How do you get the other 14 roots? That is just the reason for this task sir. Thanks watching and commenting sir.

1 and -1 are the two real roots out of the total 16 roots. The rest of them are imaginary. The task was to find all the roots, not only the ones who become to the R

This approach will give only two roots out of the four roots we are expected to get from here sir. Thanks for the suggestion sir.

#icare #stopbullying #nomorehate

But the question suggest you must not use the calculator.

Again if you do not care others care...😍😍😂🤣🤣

You are great sir. Thanks for sharing your approach with Onlinemaths TV

You cannot have 20 roots for a 16 degree polynomial unless you are operating outside of the complex numbers. Either some of your roots are the same or you made an error.

That is another wonderful approach also sir.

Noted sir, I will draw the unit circle for clearer picture of the solutions in subsequent problems. Thanks for the suggestion sir.

sure buddy

Thank you! Cheers!

I agree. The video should've ended just before throwing in sines and cosines. The exponential conveys the 16 roots of unity so succinctly and I can't imagine why an interviewer would want to see any more than that. On top of that I'm not really sure what kind of interview question is, it's not really approachable. More like a you know it or you don't kind of problem.

@@drkn0ckers715 i meant, this is what we've been doing in 1st year of engineering at a college that just isn't all that prestigious. i can't possibly imagine it's supposed to be a problem for anyone trying to get info oxford for a masters degree

this is not a actually an interview question for oxford maths. it may possibly be the question asked in the first 2 minutes of an hour long interview for oxford maths.

@@drewkavi6327 the fact that it's the first of many doesn't make it any less of an interview question lmao

@@blue1580 i mean, it is the kind of question that is just there so the applicant feels an ease before actually being challenged. every applicant will be expected to know this obviously