5:46 both sides are complex numbers and complex logarithm is multivalued function, so it''s wrong to apply logarithm to both sides and assume they would be equal, same for other logarithm properties!
ALL OF HARVARD couldn’t do it, yall. They just couldn’t. They tried and tried and tried. Then tried some more. But the entire academic institution of Harvard just couldn’t successfully grapple with this one elementary algebraic equation. And I mean the entire student body and faculty board all amassed and collectively toiled away, sleepless nights and tireless days-for weeks, months, YEARS- but still couldn’t manage to muster up the academic genius displayed here in this quick UA-cam math tutorial. 🤓 #collegeisascam
Obviously wrong. But there are people who will believe in the "solution". Repeat after me: there is no solution (neither real nor complex) to this problem.
5:46 both sides are complex numbers and complex logarithm is multivalued function, so it''s wrong to apply logarithm to both sides and assume they would be equal, same for other logarithm properties!
ALL OF HARVARD couldn’t do it, yall. They just couldn’t. They tried and tried and tried. Then tried some more. But the entire academic institution of Harvard just couldn’t successfully grapple with this one elementary algebraic equation. And I mean the entire student body and faculty board all amassed and collectively toiled away, sleepless nights and tireless days-for weeks, months, YEARS- but still couldn’t manage to muster up the academic genius displayed here in this quick UA-cam math tutorial. 🤓
#collegeisascam
1:16 You cannot divide by ln(1) = 0. This solution is mathematically incorrect.
He doesn't use that tho
Obviously wrong. But there are people who will believe in the "solution". Repeat after me: there is no solution (neither real nor complex) to this problem.
Satisfying
your mathematics is flawed, you should have gone to Harvard