Related Rates - Inflated Balloon & Melting Snowball Problem - Surface Area & Volume

[@TheOrganicChemistryTutor]

Related Rates - Free Formula Sheet: bit.ly/48hJymz
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Next Video: ruclips.net/video/xvbrEfVLQ4k/видео.html

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I won’t die if i failed my calculus quiz tomorrow

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@@youssefyasser2521 I would tbh

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thank you for making these videos for stupid, procrastinating, can't understand my professors, stuggling students like me

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ur not alone in this struggle smh

[@thehonestloaf3575]

These help so much, the whole 5-week calc one class thing has just turned into a prompt for me to watch your videos. The online textbook is wack, and our professor has like three examples uploaded per section (no zoom/teams meetings either). This is a HUGE help, thanks.

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Midterm tomorrow, your the goat

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great job on your videos, you are an excellent teacher. I put you on the same teaching level as Nancy from mathbff.

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MR. Organic Chemistry Tutor, thank you for another great video/lecture on Related Rates in Calculus One. This is an error free video/lecture on RUclips TV with the Organic Chemistry Tutor.

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Thanks a lot sir! I've learned a lot since on my first day of my calculus sub 😊

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Got math midterms in a few days, literally a life saver

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I Actually failed my related rates test and didn't feel bad untill now when I realized I failed because I couldn't understand the English concept of the questions 😂😂 English literally gave me an f in math wow 😅

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Thank you so much for this video, everything is well explained

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You're a live saver man🤲

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All you need now is just a liiiiiitle bit of a stronger mic and it's perfect :D

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[@McJulius-hx2ft]

Clear explanation

[@anthonycarsela563]

Very helpful

[@muniradanish8510]

Thank you this video was very hopeful

[@aesthetlaksh5003]

Is rate of change supposed to refer to change with respect to time?

[@richardvillanueva1782]

Thank you so much you really helped.

[@ernestogutierrez2001]

What if your not given the increasing rate of the circle

[@andreaguillen5288]

Hi.. help plz! Isn’t the answer for this problem -5/16 pi ? It is basically the same as the last problem from ur vid. If a snowball melts so that it’s surface area decreases at a rate of 5 cm^2/min , find the rate at which the diameter decreases when the diameter is 8 cm.

[@amogh8573]

Thanks so much

[@invasionscripts5293]

Good for revision. Thank you.

[@skylinkacademy3967]

nice

[@lvl4]

Only reason I'm not failing AP Calc BC

[@nickstuart2808]

for the sphere why is the units not cm^3/sec?

[@farhaanj4330]

cm^3 only applies when we are solving volume (three dimensions). Since we are solving for surface area (two dimensions), we use cm^2

[@yourflamingdeath2315]

Thank you!

[@IamKudos]

i dont get it, why do we just multiply the 2pi when the derivative of a constant is supposed to be zero?

[@StevenWintringham]

sorry for the super late reply but it is the power rule. It's the same as how f'(4x^3) = 12x^2. The derivative of a constant by itself is 0, but it remains when multiplied by a variable

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[@StevenWintringham]

@@davidedmundtochi5228 I try

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@@davidedmundtochi5228 I was until about a year ago

[@invasionscripts5293]

Btw, can you do A level maths videos. Specifically for the CIE specimen?

[@Mrcontrolfreak21]

for #2 why is the answer 9/8 cm per min instead of 9/8 cm^2 per min

[@张祖悦]

9/8 cm per min indicates the changing rate of radius, and radius changes x cm per time

[@ev446]

why is r 1 and not 10?

[@josephikossile5236]

My man :)

[@AS-rl1ow]

Sir I think u made a mistake in solving the second problem

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