+73 Water is leaking out of an inverted conical tank at a rate of \(6700.0 \ \textrm{cm}^3/\textrm{min}\) at the same time that water is being pumped into the tank at a constant rate. The tank has height \(15.0 \ \textrm{m}\) and the diameter at the top is \(4.5 \ \textrm{m}\). If the water level is rising at a rate of \(23.0 \ \textrm{cm}/\textrm{min}\) when the height of the water is \(2.0 \ \textrm{m}\), find the rate at which water is being pumped into the tank in cubic centimeters per minute.
Answer: ? \(\textrm{cm}^3/\textrm{min}\)
+118687 What is your problem Gamemaster.??
I give you a great video that is alost identical to your question.
You ask no questions, you make no comment whatsoever.
You just give me a thumbs down.
WHAT IS WRONG WITH YOU!
+118687 I just found (refound ) this.
https://web2.0calc.com/questions/according-to-the-alternate-form-of-the-definition
So I guess I should have known this was your expected behaviour.
It seems other people are well aware of what you are like.
+73 I don't have a problem with anyone here, and I did not downvote your comment to make you feel annoyed. The video you shared here helped solve my math problem, and I did not look into your answer until now. I don't always give my comments or questions in return because I don't need further help with my math problem. I'm very sorry if I made you mad today, and it seems it's already too late as all of my past posts have been downvoted to negative again, and I don't know if I can get help again.
+118687 Now you add lying to your 'misdemeanors.'
I also notice that you want bake to the thread with Alan's great answer.
Did you show any appreciation for the answer, of course not, you just gave yourself more points!
I guess that is what I would have expected you to do your ungrateful little *@*#**
