Recreate the fluid level system that was demonstrated in the laboratory session. This

system includes a Tank $($IL$),$ a Partially Filled Pipe $($IL$),$ a Reservoir $($IL$),$ and a Flow Rate

Sensor $($IL$).$

a$.$ Task $1$:

$$ Set the inlet height of the tank to $0$ meters.

$$ Initialize the fluid levels in both the tank and the pipe to $0$ meters.

$$ Adjust the pressure in the reservoir to be higher than that in the tank.

$$ Measure the flow rate of the fluid as well as the fluid levels in both the tank and

the pipe.

$$ Analyze the system's behavior under three distinct pressure scenarios: high,

medium, and low pressure difference between the tank and the reservoir.

$$ Comment on the observed results.

b$.$ Task $2$:

$$ Maintain the tank inlet height at $0$ meters.

$$ Set the initial fluid level in the tank and pipe to $10$ meters.

$$ Adjust the pressure in the tank to be higher than that in the reservoir.

$$ Measure the flow rate of the fluid as well as the fluid levels in both the tank and the

pipe.

$$ Discuss the behavior of the system under these conditions and analyze the results.

h$3$

h $($t$)2$

h $($t$)1$

$($t$)$

c$.$ Task $3$:

$$ Increase the inlet height of the tank to $2$ meters, keeping other parameters the

same.

$$ Measure the flow rate of the fluid as well as the fluid levels in both the tank and

the pipe.

$$ Closely monitor the system outputs for any deviations from expected behaviour.

$$ If any issues are identified, propose potential solutions or adjustments to address

them.

$$ Comment on the results