The Power Rule For Derivatives

[@TheOrganicChemistryTutor]

Derivatives - Free Formula Sheet: bit.ly/4dThzf1 Final Exams and Video Playlists: www.video-tutor.net/ Calculus 1 Final Exam Review: kzbin.info/www/bejne/jZ6lq6B-p9pqbtk Next Video: kzbin.info/www/bejne/q6WQcnmga5VjiZI

[@breakcoregirlxd]

This is so much clearer than my calculus lecturer, I'm at university and I was so bad at maths at school this is literally the first time I've dove into calculus

[@eststepm]

Damn I'm learning these in eight grade

[@BrokeCursor]

@@eststepm You're cruisin kid I mean I'm in high school but still

[@alisayxu]

@@eststepm calculus?? rip

[@zxxczczczcz]

yh

[@JeffSkilling69]

@@eststepm no ur not

[@thewaraboo2824]

Taking a business course that involves me using calculus for the first time in 8 fricking years. This video will at least get me in the ballpark for this first assignment. Thanks JG, you're a lifesaver!

[@fastmushroom902]

what business course needs you to learn calculus? (just curious)

[@smarino03]

@@fastmushroom902 For me atleast, i'm taking a calculus class with an emphasis on business.

[@Thiyumi03]

same my business course also has a math module. im sufferinggggggg

[@Thiyumi03]

@@fastmushroom902 business administrative

[@madisonsolis4727]

These videos make my homework wayyyy less stressful. Thank you!

[@omaatlagaolebogwe9268]

Thanks man. U are better than my teacher 💯💯💯

[@Logan21303]

Facts

[@desideriolonzaga861]

This is my papa's account. Sending thanks to you sir. Praise God!

[@marie-antoinettemanzan430]

I love you my dude! I will survive this pandemic university!!!!

[@swordfern1052]

My calc teacher managed to botch the explanation for this so badly I thought that this was used on the derivative to turn it back into the function. Thank God I found you

[@abugslife2461]

so grateful for these videos! I skipped my 8 am lecture cause I wanted to sleep in and you came in so clutch w this tutorial!!! thanks so much!!! :))))

[@mj-xi7vy]

literally watching this as my y teacher is explaining it to the class bc you do it so much better

[@CCmanyC]

This teacher is just amazing

[@itzderpdoodle6937]

Thank you so much! My prof. never really went too into detail with the power rule even tho its pretty important, so thanks for clearing it up!

[@BOSS-nz2hw]

This is so easy with a teacher

[@lidestudios5094]

You are way easier to understand than my professor!

[@georgesadler7830]

Professor Organic Chemistry Tutor, thank you for showing how to apply the Power Rule for Derivatives in Calculus.

[@lindaherrera9392]

bro, you are saving my life. thanks.

[@NdinomweneHaikango-sq3cw]

Anyone else writing a test tommorow?😂

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😂😂 me 💔

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Me 🥲

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[@brandonf1260]

Writing a test? Nah man I'm taking a test.

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It's about to go down

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It's amazing how you only have 1.73M you should have like 7.99M not 1.73 because your videos are THAT GOOD, THAT GOOD.

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Now it's 7.99m lols

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What sorcery is this!

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Wake up to reality

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Surpassed it now

[@em-bw9dp]

I've never found such helpful videos as yours. You have such an understandable way of explaining things. This video brought me so much peace hahaha.

[@supernova9674]

what a relief its way clearer now thank you for this vid it helped a lot

[@patrickmutoya8900]

Your explanation is extremely awesome ,you are a good lecturer

[@4embur]

Thank you for the help this really clarified stuff for my calc class! Great study tool!!!

[@selekanthabiseng1167]

Thank you, after watching this I can now master power rule

[@MercuryHatake]

YOU ARE A LIFE SAVER ❤️

[@yolandaafricander]

I know this is out of pocket but you have such a soothing calm voice 😂. Also these are helpful thanks.

[@LydiaSirae-c1p]

Thanks alot for your help,,,It help me pass my grade 12 exam🙏🙏✊️

[@rabiaarshad2260]

thanks.... your lectures have always helped me.....

[@richardadamwais9734]

it was understandable thank so much for your explanation i absolutely got it from djibouti

[@waverunner9849]

yo I love this guy, life saver

[@joshnaachhami3374]

Thank u so much sir for making me clear about the power rule

[@kamilamohamed284]

Thanks you’re such a good tutor

[@jakesmethurst1885]

Bloody unreal mate, cheers.

[@cb_hu2468]

doing gods work out here 😂💯🙏🏾

[@hojin9626]

I ended my Calculus I course with A. Thank you so much.

[@chocolatefondue9528]

I'm three years late but, may I suggest you could turn the "Lowpass" of your voiceover down a bit. which would reduce the big echoey sounds while you're saying syllables like "s"? I just noticed it but it's not much, would probably be a bit easier on the ears while listening. Thanks for the helpful lesson!

[@Teo117]

Such a boss, didn't even need to ask for likes or subs and you got all of them. 🤣 Including me!

[@viktabrian6374]

simple & precise

[@lorenhuff558]

I know I’m late but thank you😀

[@LukeRichard-cn8sf]

He is a good lecture I am able to capture the content

[@johnharolddelarosa3128]

may I know why there is a ' in f' what is the purpose of ' ?

[@tigerfan826]

So much better than my teacher lol

[@clips7701]

is hes calc playlist covering a full school year of calculus? like the basics ofc

[@laisabuinimasi2154]

Thank u so much...this really helped me alot

[@ZoloVentorio]

Now when you have mastered it. You would also know the answr of a*x^3 + x*a^4. Tricky question, but easy to solve. It's just testing your knowledge of the power rule.

[@ImranZone]

3ax to the power 3 + 4ax to the power 3

[@corneliusdavis8984]

Thanks for the help I needed it

[@rebekalocksley]

You are the best!

[@JustinHatter]

Thank you so much for the help

[@russellcenina1038]

Your power rule are also applied by the constant rule?

[@RoshanBohara-v7h]

Tomorrow is my exam and i am watching now

[@unknownknown7427]

Thanks Very Much Sir

[@abbeybelanger8118]

Yo I'm taking a cal test on this in 30 mins wish me luck!

[@Maddy-vd7zj]

It's really nice 🙂

[@nstarr-vz3lj]

very helpful thanks

[@nicholastanzillo4229]

Love your vids

[@ienjoysandwiches]

I understand how to use this rule, but whats the reason that taking down the exponent and multiplying by it reflects the amount of change while the integral reflects the rate of change. It just seems arbitrary. Like if you had x^10, why does multipling by 10 and reducing the exponent mean its the amount of change rather than its rate? It just seems so arbitrary. A mathematics stack exchanger used an analogy that if a square with one leg measuring x is increased by size n, (x )^(2) → (2x). Meaning a 5 x 5 square going to 7 x 7 would go from 25 to 49 cm^2, and the amount of change would be 24, but this equation would calculate it as 10 + 10 = 20. The two added "slim rectangles" are accounted for, but the "small square" at the corner of the added size is not because its considered too geometrically small to matter. So basically its an approximation. Is this right?

[@christelle5843]

Calc quiz tmr and I’ve done everything to understand and can’t… im accepting my defeat

[@markdecena1395]

Thank you man

[@anysianas5099]

Thank you so much

[@JashLeine]

what if, the exponent is raise to X, 2X, 3X or 4x. Thank you

[@morjithmattapalli9531]

That's an other episode for chain rule

[@GammaFZ]

Dang I remember that old clash of clans logo :(

[@leonorahmugera8142]

Thanks so much

[@gabrielaflores4463]

I understood everything , but when you start solving it f has something in front of is that the power of 1

[@kennflrs]

why it becomes 2over2 ?

[@anime-bw7vq]

many thanks

[@jaem512]

10:45

[@theoni4026]

thanks King

[@macewindu6853]

Most teachers’s mentality is “I’m going to prepare my students for shitty teachers by being one” and they just speed through shit

[@Slh-s3e]

it was great

[@joshuaesperat-wl1ou]

I like to ask why the denominator are same there anay reason it's like 1/1 right I'm confuse

[@debaedits544]

What is the derivative of d/dx [x + a]?

[@JKMath]

Depends. If "a" is a constant, then the derivative is just 1, since the derivative of x is 1, and the derivative of a constant is 0. However if "a" is another variable, then this would require the chain rule, similar to implicit differentiation techniques. So you would have 1 + da/dx assuming that "a" is a function that is differentiable with respect to x. Hope this helps!

[@christopherteo4446]

Ahh i wish you my prof your the best

[@adatdz5011]

Bro my teacher teaches us for 4 days this and she doesnt even show us the steps.

[@askepticaldude1529]

can we simplify 1 over 2squarerootX?

[@askepticaldude1529]

daren martin thanks

[@trishoaletha5468]

my gosh, you are such a great help!

[@umbra_bae]

THANK YOU SM

[@chandamandona1940]

Thankyou 🙏

[@dalitsomuwowo9389]

how can I solve this question y=x^3-3/2x^2

[@ravinderbuchala785]

Tq So Much Sir

[@fambience7816]

I love you dawg

[@slysrandoms220]

How about the derivative of 1/4x^2

[@edge7859]

-1/2x^3

[@lonetrendsetter]

thanks

[@duartesousa7492]

How tf would someone remember to invent this?

[@adamharoon6021]

derive the rules from the formal definition

[@samiulislamdurjoy]

G 211

[@learnmathematics7416]

kzbin.info/www/bejne/Y5y0hIeig9Bgldk

[@Relaxing_Music-w6e]

Ty❤

[@suchismitaroy8082]

What if 5 to the power x? Means we have variable as a power to number 5. Pls help somebody

[@MrReaver55]

I know this is late but wouldn't it just be x(5)^x-1 as the answer? Then you'd just solve for x and find what you're looking for

[@classiclife5719]

I Love you, that's all I can say.

[@khalilfuller4939]

Haha, i thought of the answer before you 😅 7:12

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Bless you

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Please do a algebra 2/trig review for regents video PLS!!!

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Dexter Clyde 😂😂

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Tnx

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