I'm not even learning this yet and have no idea what this is and yet I watched this whole video? Your teaching is so entertaining, I see why people worldwide wish you were their maths teacher lol
1:47 Still waiting for full attention....... we are almost there...... *staring at some student, waiting for his acknowledgement.....* *student finally acknowledges* *eddie woo thumbs up to the student*. eddie woo: thank you. and the lesson continues... even "roasting" the students can be in style and educational and not provocative or humiliating or anything!
I used to watch BLACK PEN AND RED PEN's and your videos 2 years ago.. and i want to thank you so much because today i am a CPGE student and "la majorante des maths" ❤❤
Eddie, are there many students from Year 7-9 partipating in mathematic competition in your school? What do you think is the most important thing for IMO? Have you ever supervised students who finally represented Australia for IMO?
Omg !! Can u pls explain full calculus up to advance level....pls pls ,u teach math so simply ,and am so lucky that am learning from u ....😉thnks u tube
Economists: There's no such thing as a free lunch. Math viewers of Eddie's channel: Watch Eddie's channel, there's a wealth of mathematical videos. Eddie Woo: My time has come!
Exactly. Eddie's strength isn't logic - all he needs is bivariate implication arrows all the way down. It's very frustrating, as this is where misconceptions are born and his platform is huge. His recent videos have been littered with errors...
I'm not even learning this yet and have no idea what this is and yet I watched this whole video? Your teaching is so entertaining, I see why people worldwide wish you were their maths teacher lol
1:47
Still waiting for full attention.......
we are almost there......
*staring at some student, waiting for his acknowledgement.....*
*student finally acknowledges*
*eddie woo thumbs up to the student*.
eddie woo: thank you.
and the lesson continues...
even "roasting" the students can be in style and educational and not provocative or humiliating or anything!
I used to watch BLACK PEN AND RED PEN's and your videos 2 years ago.. and i want to thank you so much because today i am a CPGE student and "la majorante des maths" ❤❤
same for me! i watch blakpenredpen and eddie WOO TO!
Eddie, are there many students from Year 7-9 partipating in mathematic competition in your school? What do you think is the most important thing for IMO? Have you ever supervised students who finally represented Australia for IMO?
This is a brilliant question. I want to know if Woo can do more math competition oriented videos, as they will boost our mathematical intuition.
Omg !! Can u pls explain full calculus up to advance level....pls pls ,u teach math so simply ,and am so lucky that am learning from u ....😉thnks u tube
Very nice sir
R you working in byjus sir ??
Economists: There's no such thing as a free lunch.
Math viewers of Eddie's channel: Watch Eddie's channel, there's a wealth of mathematical videos.
Eddie Woo: My time has come!
This is amazing! Thanks a ton!
I like to think that the camera is ontop of some kid’s afro
Legend
Gyoza (餃子) under attack. Wo ai jiaozi. Please save my gyoza, even tho GAZA under attack.
😍😍👍😍👍
Actually there was nothing wrong with the first line of tought since it are iff relations
Exactly. Eddie's strength isn't logic - all he needs is bivariate implication arrows all the way down. It's very frustrating, as this is where misconceptions are born and his platform is huge. His recent videos have been littered with errors...
Why tf I'm poor
🙏🙏👍
yuyuy
Exactly. Students always messes up proving questions.
This is a much better proof to show that ( 1 / 2 )*(a^2 + b^2 ) > or = [ ( a + b ) / 2 ]^2
AM - GM inequality gives : ( 1 / 2 )*( a^2 + b^2 ) > or = sqrt ( a^2 * b^2 )
( 1 / 2 )* ( a^2 + b^2 ) > or = ab -- ( equation 1 )
(a^2 + b^2 ) > or = 2ab
a^2 + 2ab + b^2 > or = 2ab + 2ab
a^2 + 2ab + b^2 > or = 4ab
( a + b )^2 > or = 4ab
( 1 / 4 ) ( a + b )^2 > or = ab
[ ( a + b ) / 2 ]^2 > or = ab -- ( equation 2 )
equation 1 - equation 2 : ( 1 / 2 )*( a^2 + b^2 ) - [ ( a + b ) / 2 ]^2 > or = 0
( 1 / 2 )*( a^2 + b^2 ) > or = [ ( a + b ) / 2 ]^2
ygfuuuuh