Calculus 1.1 Four Ways to Represent a Function

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Can thank you enough for taking the time to help us the students. I'm retaking calculus and will watch all your videos prior taking my next class. Thank you.

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Thanks for taking time to put the entire book.

[@bragadeeshwaran6069]

Book name bro

[@hkrish26]

@@bragadeeshwaran6069 calculus 8th edition Stewart

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Thank you so so much. You just made my life so much easier! Understanding your explanation of the book's content has become a breeze!

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Bro thank you I’m planning to learn calculus next summer and you’re going to help me so much IM SO GRATEFUL TOWARDS U MAKING THIS SERIES TANK U SO MUCH 😭😭😭

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I’m on my way to complete the book in 3, weeks thanks to you

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can't thankyou enough, this means a lot for me as a student

[@mauigamestudio]

I love this video series... this guy is great. I have the new edition, but these videos are a great companion.

[@Ramsi.09]

Thank you this is the best video on functions and models .please make a video on graph plotting in detail...

[@sarkersaadahmed]

23:51 shouldnt the 2 be because the coordinate for the first one (1, 1) and (2, 0) must be y2 - y1 /. x2 - x1 you get the gradient -1 then y = mx + b y - y1 = (-1)(x - x1) ?

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[@srivarsan2135]

Sir can. You help me to solve Exercises sums ?

[@djdanzo206]

17:09 what kind of a function is example 6 B

[@asherroberts]

It is a rational function.

[@elicubillo313]

will this work with 9th ed?

[@lilmocorain3776]

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[@donlamourchimhanda8214]

Thank you

[@matthewlewis757]

Wouldn't h(x) = 2x - x² be odd???
Why did you say it is neither even nor odd?
h(x) = 2x - x²
h(-x) = 2(-x) - (-x)²
h(-x) = -2x + x²

[@asherroberts]

By PEMDAS, the exponent outside parenthesis must be applied to the minus sign in parenthesis before multiplication can occur, so h(-x) = -2x - x².

[@navidcoolname2043]

Sorry but u forgot something

[@jamaahmed7657]

@@navidcoolname2043 Nope, they are correct. (-x)^2=(-x)(-x)=+x^2.

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[@joni7341]

CLUTCH

[@Sumeet_purohit_007]

Soa iter 💪

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الله يهديك للإسلام اذا ما كنت مسلم
Thank you so so much