German | Olympiad Mathematics | You Should Know This!

[@BigFellaDj]

the easiest problem with the craziest solution, love it

[@karanabraham7906]

k = 12 angle(2pi*n/6), n is element of (0, 1, ..., 5) That's the polar solution. Convert to cartesian and you get the solution in the video.

[@klokwurk3682]

Since the exponents are the same the bases must be equal. That means k/3 = 4. Cross multiply and k=12. Since exponents are even, -12 is also valid. Tada!

[@learnmathswith_fortune]

Good It's a 6 answer question That's 2/6

[@klokwurk3682]

@@learnmathswith_fortune Ohhh your right! I just did it in my head, forwarded the video to the end, and saw +/- 12. Lol. That'll teach me to be impatient...

[@anubhavpatel9452]

Thanku for giving solution of such a difficult ques

[@learnmathswith_fortune]

You welcome

[@itz_milky9896]

I think just using de moivre would be more convenient, given that the real solutions are obvious. Greetings from Germany

[@learnmathswith_fortune]

Thanks man. Greetings to you too!

[@Steven-v6l]

"a^3 - b^3 = (a-b)(a^2 + ab + b^2)" is read as: "a cubed minus b cubed equals a minus b *TIMES* a squared plus ab plus b squared" *NOT* "a cubed minus b cubed equals a minus b *INTO* a squared plus ab plus b squared" *INTO* is NOT a mathematical operation. *TIMES* is the mathematical operation *MULTIPLY*

[@adarshgupta8215]

sir, sometimes we, the common folk, use into and times conversely in context of multiplication. Though it might seem to be conflicting with "into functions", but yep'.

[@learnmathswith_fortune]

@Steven-v6l I hope you understand now

[@learnmathswith_fortune]

Thank you for this

[@patopato-k6u]

i can with the real number cun not the complex