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Omg your solution is simple than my book's explained solution ! Thank you 😄
You’re welcome. Glad it helped.
Amazing! you made it very lucid and elucidated it brilliantly.
Thank you. Glad it helped.
Thank you, you do it very quickly and briliant!
this helped so much thank you!
Excellent explanation. Thank you very much.
Thank you.
Thanks for this. I saw this problem today in my practice questions. Didn't know what to do because this was me looking for V in terms of r.
You’re welcome.
Thank you very much for making this, this was extremely helpful.
I always overthink this! Thank you Steve!
Thank you so much! Very helpful. God bless. 🙌💫
Thanks you saved me before my math test
You’re welcome. Good luck on your exam.
This helped me SO MUCH thank you!!
Helped me a lot. Thanks
what would be the least possible volume?? In exact numbers?
Thank you so much! This helped out a lot!
thank you very helpful, but I have a question, Why did we differentiate the volume equation and equated the differential to 0
You’re welcome. Glad it helped. This gives you the critical values. This is how you find max and min values. You probably recall this from graphing.
@@crowsmathclass oww yah true..thank you for the clarity
Thanks, that is so interesting
Why u don't take the derrivate of the radius?
r is considered a constant.
Thanks so much 😊
Nice video really helped!
Thanks a lot❤
Thank you
thank you sir
why x disappeared at 5:13?
I put this as the answer but somehow its saying that its wrong
Very useful
thank you!
v.good
Amazing
Why do you set the prime equation to 0?
You set the derivative equal to zero. This gives you you’re critical numbers. This is how you find your max and min values.
@@crowsmathclass Thank you very much! Now I understood.
Please give some example problem
You can search my channel for optimization and find a lot more examples.
Board's are now just 15 days ahead.. And here I present *"Boards- Ho sake to ruk Jaana"* 😬A one minute funny poetry.. Do watch it on my channel and enjoy :D 💙
playback speed =2x, you're welcome
Thanks
Haist ,
Omg your solution is simple than my book's explained solution ! Thank you 😄
You’re welcome. Glad it helped.
Amazing! you made it very lucid and elucidated it brilliantly.
Thank you. Glad it helped.
Thank you, you do it very quickly and briliant!
Thank you. Glad it helped.
this helped so much thank you!
You’re welcome. Glad it helped.
Excellent explanation. Thank you very much.
Thank you.
Thanks for this. I saw this problem today in my practice questions. Didn't know what to do because this was me looking for V in terms of r.
You’re welcome.
Thank you very much for making this, this was extremely helpful.
You’re welcome. Glad it helped.
I always overthink this! Thank you Steve!
You’re welcome.
Thank you so much! Very helpful. God bless. 🙌💫
You’re welcome.
Thanks you saved me before my math test
You’re welcome. Good luck on your exam.
This helped me SO MUCH thank you!!
You’re welcome. Glad it helped.
Helped me a lot. Thanks
You’re welcome.
what would be the least possible volume?? In exact numbers?
Thank you so much! This helped out a lot!
You’re welcome.
thank you very helpful, but I have a question, Why did we differentiate the volume equation and equated the differential to 0
You’re welcome. Glad it helped. This gives you the critical values. This is how you find max and min values. You probably recall this from graphing.
@@crowsmathclass oww yah true..thank you for the clarity
Thanks, that is so interesting
You’re welcome.
Why u don't take the derrivate of the radius?
r is considered a constant.
Thanks so much 😊
You’re welcome.
Nice video really helped!
Thank you. Glad it helped.
Thanks a lot❤
You’re welcome.
Thank you
You’re welcome.
thank you sir
You’re welcome.
why x disappeared at 5:13?
I put this as the answer but somehow its saying that its wrong
Very useful
Thank you.
thank you!
You’re welcome.
v.good
Thank you.
Amazing
Thank you.
Why do you set the prime equation to 0?
You set the derivative equal to zero. This gives you you’re critical numbers. This is how you find your max and min values.
@@crowsmathclass Thank you very much! Now I understood.
Please give some example problem
You can search my channel for optimization and find a lot more examples.
Board's are now just 15 days ahead..
And here I present
*"Boards- Ho sake to ruk Jaana"* 😬
A one minute funny poetry..
Do watch it on my channel and enjoy :D 💙
playback speed =2x, you're welcome
Thanks
Haist ,