After listening to you many times, these rules that have forgotten are coming back and I can follow along flawlessly. I'm sure you are a teacher. Great content.
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carmen.vigil3 months, 1 week ago
Wowww i really like the way you explain it. Thank you
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rodrigo.mendes3 months, 1 week ago
I’ve never had to use imaginary numbers outside of their unit
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harryjames2113 months, 1 week ago
Since we know about "i", why not factor it into (x+10i)(x-10i)?
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sébastienraven353 months, 1 week ago
Thanks 👍
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sarah.zuniga3 months, 1 week ago
🙋🏽♀️ Could you do something showing the Rule ‘the # of answers is the highest exponent’?
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john.jensen3 months, 1 week ago
i did this in like 5 seconds in my head
ross_shepherd3 months, 1 week ago
My brain exploded and I understood it... How?!
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meganseraph653 months, 1 week ago
i = when Euclidian geometry experiences an added dimension. You have left the 2D plane and started to move on the Z axis
±10i Thats what I got from doing it in my head.
All i knew was the square root of 100 is 10
After listening to you many times, these rules that have forgotten are coming back and I can follow along flawlessly. I'm sure you are a teacher. Great content.
Wowww i really like the way you explain it. Thank you
I’ve never had to use imaginary numbers outside of their unit
Since we know about "i", why not factor it into (x+10i)(x-10i)?
Thanks 👍
🙋🏽♀️ Could you do something showing the Rule ‘the # of answers is the highest exponent’?
i did this in like 5 seconds in my head
My brain exploded and I understood it... How?!
i = when Euclidian geometry experiences an added dimension. You have left the 2D plane and started to move on the Z axis
Imaginary number 😜👍
i captain!
+- 10i
The imaginary unit(i): i=√-1 then i²=-1 😉
Can’t you just use the root equation for this?
I mean i can also js say 10 × square root of -1
Isn't it -10 btw? I might be wrong tho