Pumping water out of a bucket, calculating work, calculus 2 tutorial

Pumping water out of a bucket, calculating work, calculus 2 tutorial
Check out my 100 Calculus 2 problems to help you with your calc 2 final: • 100 calculus 2 problem...
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[@Treegrower]

You are the jackie chan of calculus

[@TEHGROUND]

Thank you for explaining this all so well. Your calculus videos are very helpful.

[@kaitlynnphung]

You're so good at explaining, thank you!!!

[@zeinabebron4849]

Thank you so much! That was very helpful

[@phuongphan5122]

You saved my life in the last minutes. Thanks so much. Keep up good work

[@blackpenredpen]

My pleasure!

[@dilekcelik2917]

thank you very much. your lesson is better than the others. I understood from what I watched in your lessons. Again thanks

[@ayushroy6208]

Sir if it is asked calculate the velocity....then should we equate work done by 1mv^2 considering m to be mass of the small element u chose and then integrating??

[@bib12344]

Thank you for teaching this concept

[@ernestogaddi8021]

I cannot see all of your videos, especially this part of work subject you're really good with this. Thanksss sir love lots

[@zongzhelin2786]

helps a lot thank you so much

[@neveathanjeyachandran5712]

Thank you. This was well explained.

[@brave385]

ur so damn good plz keep doing this

[@AiSeii]

I love you so much. Thank you.

[@giriprasad215]

Sir how to find elongation in varying diameter bars...sir pls explain it

[@dmnchannel8196]

what if the height of the water if given? what should be the interval?

[@patato4250]

u don't need to multiply in the quantity for gravity?

[@chintuchintu8945]

Please i request you to make a video on the concept and method of taking dy as heigth of disc how it is possible to take dy as height of disc Make a video on use of this infinitesimals

[@Nicosanj]

ur helping me pass my summer class ty

[@blackpenredpen]

i am glad to hear!

[@daesyduke]

where is 6.4 #24 =(

[@erlindaramada4963]

how did you get 64.5??

[@FlamingFlareon]

Thank you!

[@josephw4581]

thank you sir!

[@hermanlee7690]

thx a lot

[@hurtyjames7165]

Sir make a video for an ellipsoidal tank work Done . Using Calculus by integration

[@jeremyestorga8220]

After you get x, wouldn’t you have to multiply it by 2 since it’s mirrored across the y axis?

[@vandal3136]

You're just using x for your radius, and the volume function is pi * radius^2.

[@JensenPlaysMC]

each disk is the area of a circle and that equation requires radius instead of diameter. if the problem was using rectangles youd need to multiply by 2

[@joshkernole]

why did he use 8-y? what i don't understand is that he's used y before for the equation, so how is the unknown be labelled y too? thanks!

[@JensenPlaysMC]

because the equation he used before is a mapping of y for an x value. y is not a solvable unknown. y is a variable that changes

[@jesuslimbertclarosclaros8842]

Gracias subi mas videos de la ley de Hoocke

[@samuelminea5520]

perfect

[@PeterFekete]

acceleration is missing there, isnt it? Anyway, it's great.

[@Fenvirr]

In case anyone has the same question, lbs is a unit of weight (mg), so it already takes gravity (g) into consideration.

[@lousyassassian]

ily

[@stealthy3244]

🥰

[@adamdyck]

TOO MANY ADS