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kin = 0.18 m³/s. N (6) A cylindrical tank is open at the top, with water flow rate of Qin discharged into the tank. Water is flow out from the tank through circular outlet with diameter of di = 0.075 m as shows in Figure 1(1). Design the tank with all necessary dimension, such that: Water will not overflow for given Qin, and Given Qin can fill half of the tank in 100 s, with maximum volume of water. (i) After the flow in (I) reached steady state (maximum possible height), the inflow is stopped (Qin = 0), and another opening is created at 10 m from the bottom of the tank, as shows in Figure 1(1) below. Water is let discharged from the tank through two outlets. Predict the minimum value of diameter d2 of the new outlet so that the water can be fully discharged from the tank in time T s. Note that water discharge from second outlet (Qout.2) will be 0 once the water level is below 10 m. Take T = 188 s,

kin = 0.18 m³/s. N (6) A cylindrical tank is open at the top, with water flow rate of Qin discharged into the tank. Water is flow out from the tank through circular outlet with diameter of di = 0.075 m as shows in Figure 1(1). Design the tank with all necessary dimension, such that: Water will not overflow for given Qin, and Given Qin can fill half of the tank in 100 s, with maximum volume of water. (i) After the flow in (I) reached steady state (maximum possible height), the inflow is stopped (Qin = 0), and another opening is created at 10 m from the bottom of the tank, as shows in Figure 1(1) below. Water is let discharged from the tank through two outlets. Predict the minimum value of diameter d2 of the new outlet so that the water can be fully discharged from the tank in time T s. Note that water discharge from second outlet (Qout.2) will be 0 once the water level is below 10 m. Take T = 188 s,

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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MECHANICS OF FLUIDS (I)
Figure 1(1) Qin L. dz = = 0.075 m | Qout Figure 1(II): Qout,2 10 m Qout,1 di = 0.075 m
Transcribed Image Text:Figure 1(1) Qin L. dz = = 0.075 m | Qout Figure 1(II): Qout,2 10 m Qout,1 di = 0.075 m
kin = 0.18 m³/s. N (1) A cylindrical tank is open at the top, with water flow rate of Qin discharged into the tank. Water is flow out from the tank through circular outlet with diameter of di = 0.075 m as shows in Figure 1(1). Design the tank with all necessary dimension, such that: Water will not overflow for given Qin, and Given Qin can fill half of the tank in 100 s, with maximum volume of water. (ii) After the flow in (I) reached steady state (maximum possible height), the inflow is stopped (Qin = 0), and another opening is created at 10 m from the bottom of the tank, as shows in Figure 1(1) below. Water is let discharged from the tank through two outlets. Predict the minimum value of diameter d2 of the new outlet so that the water can be fully discharged from the tank in time T s. Note that water discharge from second outlet (Qout.2) will be 0 once the water level is below 10 m. Take T = 188 s,
Transcribed Image Text:kin = 0.18 m³/s. N (1) A cylindrical tank is open at the top, with water flow rate of Qin discharged into the tank. Water is flow out from the tank through circular outlet with diameter of di = 0.075 m as shows in Figure 1(1). Design the tank with all necessary dimension, such that: Water will not overflow for given Qin, and Given Qin can fill half of the tank in 100 s, with maximum volume of water. (ii) After the flow in (I) reached steady state (maximum possible height), the inflow is stopped (Qin = 0), and another opening is created at 10 m from the bottom of the tank, as shows in Figure 1(1) below. Water is let discharged from the tank through two outlets. Predict the minimum value of diameter d2 of the new outlet so that the water can be fully discharged from the tank in time T s. Note that water discharge from second outlet (Qout.2) will be 0 once the water level is below 10 m. Take T = 188 s,
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