A solution is draining through a conical filter into an identical conical container as shown in the diagram to the right.The solution drips from the upper filter into the lower container at a rate of .
Where, .
-How fast is the level in the upper filter dropping when the solution level in the upper filter is at 8 cm?

Question

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​A solution is draining through a conical filter into an identical conical container as shown in the diagram to the right.The solution drips from the upper filter into the lower container at a rate of  .  ​
Where,  .
-How fast is the level in the upper filter dropping when the solution level in the upper filter is at 8 cm?​

Quizplus · Accepted Answer

The Answer of ​
​A solution is draining through a conical filter into an identical conical container as shown in the diagram to the right.The solution drips from the upper filter into the lower container at a rate of  .  ​
Where,  .
-How fast is the level in the upper filter dropping when the solution level in the upper filter is at 8 cm?​

​ ​A Solution Is Draining Through a Conical Filter into an an Identical

A Solution Is Draining Through a Conical Filter into an an Identical