Activity 2: A spherical tank is used to hold water as shown below. The volume of water in tank can be computed using the following equation: V = πh² (³R = h) where: V: water volume in m³, h: depth of water in tank in m, R: tank radius in m. R Given that R= 3 m, and the volume of water is 30 m³, estimate the depth of water (h) by using: 2-A) the graphical estimation method (by hand)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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and plz drawing the graph by ur hand 

Activity 2:
A spherical tank is used to hold water as shown below. The volume of water in tank can be
computed using the following equation:
-
V = πh² (³R = h)
where: V: water volume in m³, h: depth of water in tank in m, R: tank radius in m.
R
Given that R = 3 m, and the volume of water is 30 m³, estimate the depth of water (h) by using:
(2-A) the graphical estimation method (by hand)
Transcribed Image Text:Activity 2: A spherical tank is used to hold water as shown below. The volume of water in tank can be computed using the following equation: - V = πh² (³R = h) where: V: water volume in m³, h: depth of water in tank in m, R: tank radius in m. R Given that R = 3 m, and the volume of water is 30 m³, estimate the depth of water (h) by using: (2-A) the graphical estimation method (by hand)
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