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Q4: A conical tank with Diameter of (2 m) from the top and (5 m) height. At the bottom of the tank there is hole of radius (2 cin) as shown in Figure 1. The tank initially filled with water in which the water drains under the influence of gravity. Find the depth of water at any time, and determine how long it takes to drain off completely? 5m Figure 1

Q4: A conical tank with Diameter of (2 m) from the top and (5 m) height. At the bottom of the tank there is hole of radius (2 cin) as shown in Figure 1. The tank initially filled with water in which the water drains under the influence of gravity. Find the depth of water at any time, and determine how long it takes to drain off completely? 5m Figure 1

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Q4: A conical tank with Diameter of (2 m) from the top and (5 m) height. At the bottom of the tank there is hole of radius (2 cin) as shown in Figure 1. The tank initially filled with water in which the water drains under the influence of gravity. Find the depth of water at any time, and determine how long it takes to drain off completely? 5m Figure 1
Transcribed Image Text:Q4: A conical tank with Diameter of (2 m) from the top and (5 m) height. At the bottom of the tank there is hole of radius (2 cin) as shown in Figure 1. The tank initially filled with water in which the water drains under the influence of gravity. Find the depth of water at any time, and determine how long it takes to drain off completely? 5m Figure 1
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