Include in your report$($follow directions given in bullet point$)$

A title page.

This handout.

Simulink block diagram. Make sure Lodkup tables we louded before printing

Report the integration method and time interval $($if fixed$)$ that you used in your simulation.

The output of your program equivalent to Figures $1$&$2.($C$)$ varied for each of the five cases in part $7b$

Include the following three graphs:

At a$.$ for $d=6\mathrm{.}5ft,$ diameter $={30}^{?}$ : inflow $i,$ stage $h,$ and discharge $q$ as a function of time $($hrs$)(1$ graph$)$

b$.$ inflow hydrograph and discharge vs time for the variations $(6$ lines, $1$ graph$)$

$d=6\mathrm{.}5ft$;$24$ and ${36}^{\text{'}\text{'}}$ pipes

$30"$ pipe; $d=5\mathrm{.}0,6\mathrm{.}5$ and $8ft$

there $q,$

$q,$ c$.$ stage vs time for variations in $($b$)(5$ lines, $1$ graph$)$

Discussion of results of the simulation as reported in #$7.$

Describe how the time base was changed from seconds to hours in your program including the calualaton whth uts

List the assumptions which led to equation $1($discussion requested in first paragraph on page $1)$

Include the discussion requested at the botlom of page $1.$

Place a copy of your Simulink file configured for $7$ b above and any m$-$file used to generate these cumes nhtefflf$53150$ Carmen drop box. If you did not use an m$-$file include a file with a description of how you generedec ony? curves. Instructors should be able to use these files to duplicate your results.

$$ Please use the info in the following photos to create a block diagram and code that will correctly produce all $5$ graphs. I will dislike any answer that does not produce ALL five graphs.