Mathematical Induction 2

[@lumenfrancine6280]

I AM SO GLAD RIGHT NOW. i WILL BE ABLE TO ANSWER MY ACTIVITY BECAUSE OF YOU.

[@EskindreTesfaye]

in another video on an example i used the technique used here on the second example and i thought i was wrong thank you for assuring me that it is a good technique i used it on the second one here as well

[@skm5974]

Excellent session. cant speak highly enough of the outcome

[@Adityaekka396]

Thank you so much sir.
Your video is very helpful for me

[@charlessam6611]

So perfect 👏👏👏👏

[@mayieljrgobroh8475]

fantastic!!
kept it up!!!🙏🙏

[@itxArmyGirl]

I like your video so much

[@itxArmyGirl]

Thankyou so so much sir.Your this video give me benefit.

[@IrfanAli-qp1gm]

When I did such proofs in college maths the tutor would demand the end of proof to be stated as
'Therefore by the Principle of Mathematical Induction statement is true for all n (Natural Numbers).

[@Abdullahalnaim-u4l]

Good

[@fahmidafaiza2851]

best 💯💯💯💯

[@owusubismark3999]

using natural numbers, why didn't you use zero instead of one because natural number starts from zero?

[@learnmaths218]

Nice

[@m1rzan526]

you made mistake in 7th minute , there is k(squares)+ 4*(k+1) ,and you forget the cube of (k+1) , its changes the whole solution

[@emmanuelescol]

Thank you for the comment! You mean this (k^2(k+1)^2 + 4(k+1)^3)/4?. You can actually factor out the cube which will be now (k^2(k+1)^2 + 4(k+1)(k+1)^2)/4. And simplifying it, the expression will be now ((k+1)^2(k^2+4(k+1)))/4

[@angelinacortel1309]

Done raterta i learn a lot

[@kurumurthisunkari9460]

Spavanlo
Il

[@charlztheomabano4942]

I learn a lot but im gonna memories to night

[@luhm3392]

why did the raise to 3 in 4(k+1)³ disappeared?

[@emmanuelescol]

because (k+1)² is factored out
4(k+1)³ = 4(k+1)(k+1)²

[@luhm3392]

@@emmanuelescol ohh Thank you 😊

[@bun.ban_]

Hoyy Francois Michelle B. Teves

[@boriifanmedia1035]

nii bareeda

[@edwardjamesbongo3045]

Ohmaayy memories XD

[@emmanuelescol]

hahahah plus 5!

[@edwardjamesbongo3045]

@@emmanuelescol hahahaha therefore the statement is true that Winx is Cool