just use the binomial theorem rule. ik that's what he did but you don't need that triangle to do it!
2025-01-26 12:41:03
1
ConanGuy :
Wait, did I just notice that Pascal's triangle represents powers of 11??
2024-12-22 04:00:59
5
kejt :
isn't y⁰=1?
2024-12-08 22:42:15
11
There is no news :
What about Newton's binomial?
2024-12-07 01:33:09
8
ابو خالد 🇮🇶🇱🇧لتبديل لعملات :
use binomial expansion rule
2024-12-14 20:51:40
2
di.taf :
the triangle of Pascal
2024-12-08 17:41:15
2
tׁׁׅׅꪱׁׁׁׅׅׅܻ⨍ᥣׁׅ֪ꫀׁׅܻ݊݊ꪀiy⁴² :
the sound💀💀💀
2024-12-08 22:23:23
10
Ola :
I won't even had thought pascal triangle could have save me the merry go round. 😂 😂
Nice.
2024-12-06 18:47:47
1
เซนิ :
What about (x-y)^5
2024-12-08 20:06:30
0
Jingkingdom :
That the same Exercise I just do ❤️.
2025-01-24 05:43:59
4
lordkumandan :
it is Hayyam triangle
2025-01-06 13:02:15
3
snow :
excuse me?
2024-12-08 21:36:49
5
MK MATHS ACADEMY :
that's a perfect use of pascals triangle
2024-12-22 18:06:00
2
🇹🇷͜͡✯龙王 :
Me and my buddy kept this up until 16th power and even the 12th power would take up on a whole standard whiteboard horizontally 💀💀 it’s so crazy how quick this thing Escalades
2024-12-07 12:37:42
10
mofi_rom :
genuine question, why would someone change to the second form in practice? seems simpler on first form
2025-01-29 15:54:28
1
jamel :
u can do it simple
(x+y)^2 x (x+y)^2 x (x+y)
2025-01-26 09:28:04
1
fuadendris545 :
it is not clear
2024-12-26 13:44:16
1
Ted Courant :
That’s Pascal’s triangle, which is direct from Newtons Binomial Theorem.
2025-01-04 22:30:22
0
BAKU YOSHIDA :
I want to learn this in my school days…
2024-12-07 01:17:33
1
CK :
silence math
2024-12-25 11:26:42
0
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