Procedure:

A pipe section of known diameter should be placed in the pump circuit by opening appropriate valves.

With the pump switched on and flow valve set at maximum flow, the rig should be allowed to settle into a steady condition.

The data recordings should now be made to record pipe pressure drop and flow rate.

This procedure should be repeated for a range of flow rates $($minimum three$),$ achieved by closing the flow valve progressively, between each set of readings.

A different diameter pipe may now be selected, and the whole process repeated, until all pipe sizes have been tested.

When many measurements have been collected, the results are best plotted on a graph based on the Moody chart.

Results:

Pipe length $L$ : $\mathrm{.}80($m$)$

Discussion Topics:

All values of $$ calculated from measurements should be compared by a comparison with the correlation equations for laminar and turbulent flow, using Moody chart style of presentation. This plot should be examined for scatter and numerical matching of the measured data with empirical expectations.

The source of any excess scatter should be considered and discussed.

The overall consistency and trends in the data should be identified and noted.

$(1)$ Maxinum flore

$(1)$ modium Hare

$(3).$ Iora

can you please solve this experiment result as shown in table with graphs as well