Since we know about "i", why not factor it into (x+10i)(x-10i)?
gaelhenrique_farias2 weeks, 2 days ago
+- 10i
A
amanda.matthews2 weeks, 3 days ago
i captain!
C
cheyenne_brown2 weeks, 3 days ago
Can’t you just use the root equation for this?
lakshmiatlas432 weeks, 4 days ago
I mean i can also js say 10 × square root of -1
J
john.jensen2 weeks, 4 days ago
i did this in like 5 seconds in my head
A
andrew_martin2 weeks, 4 days ago
The imaginary unit(i): i=√-1 then i²=-1 😉
severin.geisel2 weeks, 4 days ago
Imaginary number 😜👍
M
meganseraph652 weeks, 4 days ago
i = when Euclidian geometry experiences an added dimension. You have left the 2D plane and started to move on the Z axis
S
sarah.zuniga2 weeks, 4 days ago
🙋🏽♀️ Could you do something showing the Rule ‘the # of answers is the highest exponent’?
ross_shepherd2 weeks, 4 days ago
My brain exploded and I understood it... How?!
franz-xaver_scheel2 weeks, 5 days ago
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.
R
rodrigo.mendes2 weeks, 5 days ago
I’ve never had to use imaginary numbers outside of their unit
A
anastasiegermain6382 weeks, 5 days ago
±10i Thats what I got from doing it in my head.
C
carmen.vigil2 weeks, 5 days ago
Wowww i really like the way you explain it. Thank you
Isn't it -10 btw? I might be wrong tho
Since we know about "i", why not factor it into (x+10i)(x-10i)?
+- 10i
i captain!
Can’t you just use the root equation for this?
I mean i can also js say 10 × square root of -1
i did this in like 5 seconds in my head
The imaginary unit(i): i=√-1 then i²=-1 😉
Imaginary number 😜👍
i = when Euclidian geometry experiences an added dimension. You have left the 2D plane and started to move on the Z axis
🙋🏽♀️ Could you do something showing the Rule ‘the # of answers is the highest exponent’?
My brain exploded and I understood it... How?!
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.
I’ve never had to use imaginary numbers outside of their unit
±10i Thats what I got from doing it in my head.
Wowww i really like the way you explain it. Thank you
All i knew was the square root of 100 is 10
Thanks 👍