There’s a large water tank in the chemical manufacturing department of your company which is used to store water require
Posted: Tue Jun 07, 2022 1:44 pm
There’s a large water tank in the chemical manufacturing
department of your company which is used to store water required
for the manufacturing process as given below.
Please upload only correct answers.... i will give you a thumps
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d) There's a large water tank in the chemical manufacturing department of your company which is used to store water required for the manufacturing process as given below. Fluid level State 1 V₁ P₁ Large Reservoir Tap exit State 2 V2, P2 Y₂ Tap exit Reference plane If the difference of elevations between State 1 and 2 is not too large and assuming this is a large tank (v, 0) find an equation for the exit velocity (₂) of the water from the tank using Bernoullis's equation which is given by the following equation. v²-v² P₁-P₂. + (y₁ - y₂) = 0 2g pg p = density of the flowing fluid g = accerleration due to gravity i) Formulate a 1st order differential equation to find the rate of change in water level in the tank. You should state all the assumptions made during the formulation). Critically evaluate how the water level can be found at a given time. (You should discuss the method of solving the above differential equation. ii) iii) Now you are given the following information about the water tank in your company. Tank diameter = 200 cm Drain pipe diameter = 5cm Initial water level in the tank = 80 cm Gravitational acceleration = 9.8 ms-² Elevation, y₁ Head, h Water tank
department of your company which is used to store water required
for the manufacturing process as given below.
- There S A Large Water Tank In The Chemical Manufacturing Department Of Your Company Which Is Used To Store Water Require 1 (69.98 KiB) Viewed 31 times
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d) There's a large water tank in the chemical manufacturing department of your company which is used to store water required for the manufacturing process as given below. Fluid level State 1 V₁ P₁ Large Reservoir Tap exit State 2 V2, P2 Y₂ Tap exit Reference plane If the difference of elevations between State 1 and 2 is not too large and assuming this is a large tank (v, 0) find an equation for the exit velocity (₂) of the water from the tank using Bernoullis's equation which is given by the following equation. v²-v² P₁-P₂. + (y₁ - y₂) = 0 2g pg p = density of the flowing fluid g = accerleration due to gravity i) Formulate a 1st order differential equation to find the rate of change in water level in the tank. You should state all the assumptions made during the formulation). Critically evaluate how the water level can be found at a given time. (You should discuss the method of solving the above differential equation. ii) iii) Now you are given the following information about the water tank in your company. Tank diameter = 200 cm Drain pipe diameter = 5cm Initial water level in the tank = 80 cm Gravitational acceleration = 9.8 ms-² Elevation, y₁ Head, h Water tank