Purpose

This assignment is designed to develop Graduate Attribute $5,$ which consists of engineering

methods, skills, and tools, including information technology. Upon completion of the assignment,

you should demonstrate competence in using appropriate engineering methods, skills, and tools,

including those based on information technology.

Instructions

Develop an Excel spreadsheet to solve the problem set out below. The spreadsheet must

show all calculations $($automated$)$ and relevant data sourced and given.

Provide a brief outline$/$ description of how the spreadsheet works such that a fellow student

can be able to use it to solve a problem with different pipe sizes and pipe fittings. The

description must include all the equations used. The equations must be created using the

'insert equation' in Excel.

Completed Excel document must be submitted through the assignment link on Blackboard.

No email submissions will be allowed.

Problem statement

Kerosene at $25C$ is flowing in the system shown in Fig. $1.$ The total length of $49\mathrm{.}8mm$ ID galvanized

iron tubing is $30m.$ The two $90$ bends are standard elbows and tank B is open at the top. Calculate

the volume flow rate $(\frac{m^3}{s})$ into tank $B$ if a pressure of $150$kPa is maintained above the kerosene in

tank A$.$

Graduate Attribute Assessment

The following indicators will be used to assess the student's competency in using appropriate

engineering tools to solve a broadly defined engineering problem. The assessment rubric can be

found on page $3.$

Indicator $1-$ Understand Tools

Explain how the spreadsheet works. In your explanation, include what information is required as

input and what the output is$.$ Include all the equations used in calculations and references used.

Indicator $2-$ Identify and Use Tools

Solve the question using Excel solver or Goal seek function.

Indicator $3-$ Create Tools

Create a spreadsheet with a layout that shows Input parameters, calculated values, and constants.

Ensure the calculated values change when input parameters are changed.

Indicator $4-$ Evaluate Tools

Explain the error$($s$)$ that can be expected in the spreadsheet. Indicate how the error$($s$)$ can be

resolved. Explain the limitations of the used tool $($solver or goal seek$).$