Polynomials - Complex Conjugate Root Theorem and Detailed Worked Example

We learn the complex conjugate root theorem as well as work through an example, showing how it can be used to write a polynomial function as a product of its linear factors (its root-factored form)

[@midnightnine5226]

This helped me so much, best explanation of this topic. Video is well put together.

[@RadfordMathematics]

Thanks for your kind words 😊 really glad it helped ✌️

[@katon2459]

Thank you so much you’re explanation is super easy to get

[@RadfordMathematics]

Thanks for your comment!
I’m really glad it helped 😊

[@thegreatestfamily6398]

keep it up bro

[@adamgottesman2988]

Fantastic explanation! Thank you!

[@justindungog6988]

Thank you Sir. You are a great help!

[@asj2749]

Very good video!!

[@AllanKamau.1]

This is just amazing 🎉.
I kindly request for assistance on z = 2+j hence find the value of w in the equation
Z³ - 6z² + 13z + w = 0

[@salahabdulsalam1031]

thank u very much

[@Alaa_Elrefai_2022]

Great👍

[@RadfordMathematics]

Thanks for your comment 😊
Really glad this video helped!
Take good care!

[@MelonaTube1223]

thanks🙏🙏🙏🙏

[@BTWJrMo]

for the last question, couldn't have you just used the formula α + β + γ = -b/a to figure out the third route, this can be done really quickly

[@ktezxyy1776]

at *6:44* how did u do this process?

[@popetyler5806]

W math explanation

[@RadfordMathematics]

Thanks for your comment 🙏
I really hope this video helped!
Take good care ✌️