Review of all Derivative Rules | Calculus | jensenmath

Review of power rule, product rule, quotient rule, and chain rule of derivatives. This will help you review for an evaluation on derivative rules in grade 12 calculus.

[@user-ky3xx8up7h]

Excellent Video. You are the only reason I have a 90 in my calculus class, I'm at the point where I do not pay attention to my calculus teacher and I come watch your videos to educate myself. Thank you!!

[@chasefancy3092]

Excellent Video Trevor! The parents at King's College have a great deal of respect for you. One's ability to simplify rather complex concepts is a pillar of strength in the teaching community.

[@hahahahahahhahaha6]

faxxxx

[@ChemistryIsNOTrandom]

How do the parent's of kings college know him? Is he a teacher there?

[@hurricanejain4919]

Ive been watching through all of high school, your the goat

[@ronaldorubio6506]

Great Video. This was very useful since I missed a class from my AP Cal class and I'm in the middle of doing homework over this. You made it very easy to understand so thank you so much.

[@fastexpand]

That was such a great review! You made it simple and the piecing was perfect

[@Noyoliz]

nice! really helpful video for when you need a quick recap!

[@kennybutcher6307]

Reviewing for a test.. Yes this helped greatly !

[@iambetterksa2566]

at 6:46 , why didnt you simplify the denominator then cross out 2x^2 from the numerator and denominator?

[@mohammedalfa3569]

I have a numerical methods exam after 1 hour,, and all of what I learned in calc 1 just disappeared. Thank you for the quick review

[@auz6880]

Thanks I’m studying for my calc final

[@stormssf8538]

Can you provide link to the tables and stuff in the video .

[@CaptainBobSim]

Thank you so much! This helped a lot!

[@richarddo7881]

great overview video man !. This is really helpful

[@aarushkhurana2831]

Are any of these examples gonna be on the test

[@Cqrt3r]

Thanks for the review. This was very helpful.

[@bigbrenis4582]

Jensenmath, thank you 🦥

[@md-tm5xd]

Thank you for the great video!

[@muhammadal-hajeerdarwanal-7975]

Could you re-do grade 10 math review? Of course it is alot of work so yeah it is all up to you. There is already a g10 review but it is old, therefore the quality is a little bit bad and maybe there are some curriculum changes nowadays. Thanks

[@MrJensenMath10]

I have been thinking of doing that exact thing. Stay tuned...

[@muhammadal-hajeerdarwanal-7975]

JensenMath haha very good.

[@sharkoblitz4018]

JensenMath ooo yes thay would be nice

[@zackkoulo379]

im back mr jensen cant get rid of me that easily heh

[@janvilazaro]

Thank you!

[@xshadowshorts9790]

Isn’t power of function rule same as power rule?

[@nour_780]

Thank you

[@hahahahahahhahaha6]

tysm ily

[@justredx2666]

Can someone tell me which app he is using?

[@leonoberto3833]

beast

[@xshadowshorts9790]

Power of function rule is incorrect

[@HarriCroft]

explain?

[@NigusBiresaw]

somtime you are added repetition

[@user-xr6ny6of2c]

I dont get it how did you got -55 sorry slow learner😅

[@user-xr6ny6of2c]

And how the 12x got it?

[@abdulhamidsiad7846]

A bit late but He is using the product rule first of all and the equation is (11x+2)(-5+3x^2) let's put it this way: product rule says: derivative of P(x)*G(x)+derivative of G(x)*P(x). in this case 11x+2=P(x) and -5+3x^2=G(x). let's use the rule: Derivative of 11x+2=11 so 11(-5+3x^2) then the derivative of -5+3x^2 is 6x so 6x(11x+2). putting all of the together is 11(-5+3x^2)+6x(11x+2). now from here on is algebra, he distributes 11 to -5+3x^2 that =55+33x^2 then also he distributed 6x to 11x+2 so that becomes 66x^2+12x combined like terms it becomes -55+99x^2+12x

[@BrunoPPacheco]

Thank you

[@RealKarim9899]

Thank you