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ENG61104 – Group Assignment 2 (20%)

MLO Assessed: MLO3

Deadline: (Tuesday 12/3/2024)

Submission: TIMeS Turnitin Submission in PDF format (ONLY)

Late Submission:

:

.    Any work submitted after the deadline (which may have been extended) shall have the percentage grade assigned to the work on face value reduced by

10% for the first day and 5% for each subsequent day late.

.    A weekend or public holiday count as 1 day.

.    The module coordinator reserves the right to not accept work submitted more than 1 week late.

.    No  page  limitation (font Times New Roman, size  12, no spacing, inclusive figures, graphs and diagrams).

Assignment Topic

Question is on page 3.

Groupings

Five (5) students per group

Marking Rubrics

Marking rubric is available for your guide.

GROUP ASSIGNMENT 2

FEBRUARY 2024 SEMESTER

Figure 1

Assume you are an engineer in a food and beverage company. The cylindrical storage tank  depicted  in  Figure  1  is  used  to store and  discharge  milk.  In  order to  save electricity, the discharge of milk is based on the gravitational force instead of pump. Based on experiment, your research and development (R&D) team has concluded certain criteria in order to produce good quality milk.  The criteria are the velocity (v) must be 5 m/s when tis equal to 2.5 second for a 4-meter-long (L) discharge pipe. As an engineer, you need to determine what is the head (H) needed to achieve the criteria which set by your R&D team. The velocity of the discharged milk from the cylindrical storage tank through the long pipe can be computed as

where g is the gravitational acceleration with a value of 9.81 m/s2 .

Use the numerical methods you have learned to determine the head required and provide a report to discuss the methods you use to solve this technical problem. The report requirements are as follow:

a.  Write a MATLAB script that requires:

i.      Code to plot the graph using the graphical method.

ii.      Provide all the numerical method for root finding method you learned in the class.

iii.      Provide the termination algorithm (relative error) of your coding.

iv.      The script must suppress all inputs and outputs except the final answer.

v.     At least 90% of the codes are briefly explained in %notes.

Group Assignment 2 Marking Rubric