Partial Fractions with Improper Fractions

[@samadlatif3914]

Really helps me a lot,
you explain it clearly,
not like my lecture, he just copying from his textbook and ask us to 'learn'

[@olliej079]

If you don't like doing the division you can think that if they have the same degree on top & bottom you use a constant 'A' if the numerator has a degree 1 higher than the denominator use Ax+B as a constant before the partial fractions

[@sarcasticboy4507]

and how to fint that value of A or Ax+B and what will be the second term?i.e A+ what ?

[@yusufusman2920]

I'm sorry, what?!

[@atharvapatwardhan1782]

I'd really like to thank you for making this complex topic look easier in our vision 😃

[@thatchannel4080]

Oh my goodness, this just helped me study for my quiz...Thank you 👍

[@UnderJestice]

You are the best, took tuition but still didnt understand but YOU made me understand it in 17 min😊❤️❤️ THANKSSSSS

[@wekditwekdee1955]

integration by partial fraction , fine the values of the constants A,B and C

[@shepherdfundira6095]

Very nice and straight to the point. Liked it , helped me a lot

[@aphelmusonda5253]

well explained thenk you, {from Zambia }

[@divyanshusahay4148]

doing my masters.. you helped dear.. thanks..

[@sarapatel7220]

Thanks so much for your videos they are super helpful

[@abirambestha5131]

THANKS BRO IT HELPED ME .NICE EXPLANATION

[@hannahvolatabu9493]

Thank you so much. You had explained the different types of Partial Fractions so clear and made it look so simply.

[@CARDCREWHQ]

Thanks really helped me alot

[@oliverwiggins1394]

not me

[@md.kamruzzaman2988]

What a video it was! It was areally good video. I am really helped by the video. So thank you unknown man.

[@weeby_865]

Thank you very much for clearing my doubt

[@farishailmi]

Thankyouuu thankyouu thankyouuu this really helped me a lot.

[@JuanJuanes.A.K.A.YellowKhalifa]

Thank you very very much

[@krishnabanik795]

Thank you very much.. This helped me a lot

[@ghosst1282]

What a Geniiie let me now seee about my Test tmol

[@peafamo3029]

How do u know whether it’s an improper fraction? Would I always have to expand the denominator?

[@ivanblasevich3703]

The top is much larger than the bottom, this is how I understand it.

[@rtl6042]

The numerator's degree is either equal or larger than denominator's degree.

[@Adeseun_jubril]

If the Power of X at the Numerator is Bigger than the Power of x at the Denominator.Then you apply this Method he used.

[@issakawalit490]

Thank you so much
This really helped me

[@mdnaymurzenith3493]

Thanks. it helps me a lot.

[@afsanarousne8941]

Thank you so much sir

[@edgarjosephjr7829]

Excellent 😊

[@jedyt]

you da goat, sir

[@danielbrewer7850]

Is it possible for u to do a video on 2s to the power of 4 + 3s squared + 1 over s squared + 3s + 2, express as sum of powers and partial fractions please

[@minnu3740]

Thank you 💝

[@PianoGosple]

Wonderful

[@barringtonferris835]

thank you

[@amirfaisal4116]

how did you get negetive 3 by eliminate B ?

[@samsonolabode66]

Excellent

[@angelstarfire]

Thank you!

[@emmanakambale7570]

THANK YOU

[@thebush6379]

(x^2+1)/(x+2)^2

[@vrankyrule]

Can't we take X common from numerator and take it to LHS and then..take it back after partial fraction

[@nimthakashazlanliyanaarach7959]

AI am the HUNTER!

[@oliverwiggins1394]

helo ssory for bad englush ths wiiass ivert help tanks

[@oliverwiggins1394]

i agree

[@kaveridixit8019]

I was confused while writing the improper fraction as the sum of quotient and remainder/divisor

[@sehamalhaque9341]

What happened to 1?

[@pawantayde4420]

What happen when quotient comes with higher degree than remainder & divisor

[@bushrakhan4641]

It wont happend

[@LasteeTheMan]

That is impossible

[@pavanrohom6941]

solve this one please X^4 + X^3 - x - 1 / (X - 1) (X^3 + X)

[@the5-leafclover637]

how did 0x - 4x equal +4x ?

[@generalphoney6237]

The 5-leaf Clover 0 - -4 =4

[@Lost_in_Dharmaville]

0x - -4x
= 0x + 4x
= +4x

[@shahriarislam9417]

respect ++

[@ArooPC]

ily

[@mohithkumarboddula1980]

😘