Algebra 2 - Rationalizing the denominator with imaginary numbers and using conjugate, (3-4i)/(2-2i)

[@tahatv5269]

I can’t stand when teachers disregard a stupid kids question. When that kid asks you a dumb question, it’s because they have no attention span and zoned out while you were explaining whatever it was initially and are putting a little effort into trying to understand the lesson. But then you have these teachers where they make you feel stupid or shut you down. They’re the reason for a kids failure in school and later in life

[@eduardomoreira7624]

I hate how nobody sitting next to him tried to explain it to him

[@ashleyking7857]

This professor is extremely arrogant. I’ve watched multiple videos of his, he’s impatient, and arrogant. Can’t stand it

[@luisFer-iu1mq]

Thanks for refreshing my brain in this topic, I was studying for my algebra exam.

[@aspirants1986]

Hi sir you have explained in detail thanks sir I am from India 🇮🇳

[@sarahrashed7648]

I got the idea perfectly well. thank you :)

[@theredspirit2090]

i hate math

[@ryukenji741]

i will be using this for my second sem diploma😂❤

[@brianmclogan]

Boom

[@AhmadHossain-r5p]

lets say the denominator was -2i+2, would the conjugate still be 2+2i?

[@katlehohlophe8057]

thank u for this

[@brianmclogan]

You're welcome 😊

[@raghu_rajrathore]

Lifesaver

[@brianmclogan]

happy to help!!

[@612thagoat]

How is i squared -1 but any i raised to a even number positive?

[@amoghparab1689]

I hope you got the solution to this question of your's by now
But let me still tell you (in case you don't know or maybe someone else having the same doubt)
i = Square root of - 1 *( - 1 is present inside the root)*

[@duckmeister222]

I'm looking for example of exponent in numerator for student I'm helping??

[@brianmclogan]

What do you mean?

[@theophonchana5025]

#imaginarynumber #iota #i