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You and your friends ordered a 3.5 liter milktea placed in a milktea tower as shown. The end of the tap is located 2cm below the bottom of the container and has 1.0 cm inside diameter. 2.1) Determine the flowrate of the milktea in liter per second in the first instance that the tap is fully open and 2.2) determine how fast the milktea level is falling inside the container in centimeter per second. inside diameter = 7cm tap 100 cm

You and your friends ordered a 3.5 liter milktea placed in a milktea tower as shown. The end of the tap is located 2cm below the bottom of the container and has 1.0 cm inside diameter. 2.1) Determine the flowrate of the milktea in liter per second in the first instance that the tap is fully open and 2.2) determine how fast the milktea level is falling inside the container in centimeter per second. inside diameter = 7cm tap 100 cm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Item#4 You and your friends ordered a 3.5 liter milktea placed in a milktea tower as shown. The end of the tap is located 2cm below the bottom of the container and has 1.0 cm inside diameter. 2.1) Determine the flowrate of the milktea in liter per second in the first instance that the tap is fully open and 2.2) determine how fast the milktea level is falling inside the container in centimeter per second. 2 cm: inside diameter = 7cm tap 100 cm
Transcribed Image Text:Item#4 You and your friends ordered a 3.5 liter milktea placed in a milktea tower as shown. The end of the tap is located 2cm below the bottom of the container and has 1.0 cm inside diameter. 2.1) Determine the flowrate of the milktea in liter per second in the first instance that the tap is fully open and 2.2) determine how fast the milktea level is falling inside the container in centimeter per second. 2 cm: inside diameter = 7cm tap 100 cm
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