Algebraic Identities (Leaving Cert)

@MathsTulla. Text & Test 4 question 5 page 26. How to solve algebraic identities. Solve for unknown coefficient. Partial fractions question 17 page 27. Polynomial identities. Leaving Cert Maths.

[@aniyahh.5717]

Your videos help me a lot, please don’t stop 💓💓

[@tullamaths]

that's great to hear, thank you for the nice feedback - plenty more videos to come !!

[@aniyahh.5717]

@@tullamaths thank youu 💕

[@callum.3658]

thank you so so so much,

[@tullamaths]

Hope you found it helpful !

[@Zhasmina]

Genuinely helped thank you

[@tullamaths]

I'm glad it did !!

[@kshobo8633]

Thank you this was so helpful

[@tullamaths]

I'm glad it was of help. Please feel free to share with classmates or subscribe for more !! Tulla Maths

[@aniyahh.5717]

Hi again, could you make another video on this chapters part but more harder questions where they will ask to show that c squared= a(a-b)
This is in text and text 4 higher level maths leaving cert new edition pg.27 (if you can do similar questions like that on that page). My teacher is going really fast and not explaining things so I’m confused. Thank you 💓

[@tullamaths]

Hi there, please follow link to the solution to the question you requested below. I'd really appreciate it if you could share my RUclips channel among your classmates. Hope this helps - any queries let me know
ruclips.net/video/rXZpL89tIdw/видео.html

[@caoimhewalsh3448]

In example 4 when finding the constant how did u get 50/16 when I do it on the calculator it gives me 25/8

[@tullamaths]

50/16 and 25/8 are equivalent (yours is simplified), so we are both right. In my solution, I squared the bracket first and then multiplied by 2 to get 50/16 (which I could then simplify to 25/8). But like I say, both fractions are fine to work with - so well done.

[@kalii5250]

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