Objectives:
<ul>
<li>Determine the coefficient of discharge (Cd) of an orifice.
</li>
<li>Determine the time required to empty a tank.
</li>
<li>Plot the graph of discharge rate (Qa) versus time (t).
</li>
</ul>
Method: The total time required to bring the water level from H1 to H2 is calculated using the formula: T = 2A / (Cd 2g (H1 - H2)) Where, A = Area of the tank, Cd = Coefficient of discharge, g = acceleration due to gravity (981 cm/s^2), H1 = Initial height of the water level in the tank, H2 = Final height of the water level in the tank.
Download PDF: <a target="_blank" href="https://github.com/abusayed0206/HashNodeBackUP/raw/main/assets/PDF/CE-262_group-6.pdf">Here</a>

**Objectives:**

* Determine the coefficient of discharge (Cd) of an orifice.
    
* Determine the time required to empty a tank.
    
* Plot the graph of discharge rate (Qa) versus time (t).
    

**Method:** The total time required to bring the water level from H1 to H2 is calculated using the formula: T = 2A / (Cd *2g* (H1 - H2)) Where, A = Area of the tank, Cd = Coefficient of discharge, g = acceleration due to gravity (981 cm/s^2), H1 = Initial height of the water level in the tank, H2 = Final height of the water level in the tank.

Download PDF: [Here](https://github.com/abusayed0206/HashNodeBackUP/raw/main/assets/PDF/CE-262_group-6.pdf)

Determination of time emptying a tank [PDF]

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Determination of time emptying a tank [PDF]

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