BAE 200 Test 1 Study Guide: Engineering Problem Solving with MATLAB - Prof. Mr Burchell, Study notes of Agricultural engineering

A study guide for the bae 200 test 1, which covers engineering problem solving using matlab. The test will be based on class notes, lab hints, and homework assignments. The guide includes a list of topics to be covered, such as the 5 steps of engineering problem solving, understanding significant figures and units, and using the matlab environment. Students are expected to be able to write and predict the outcome of matlab code, as well as debug it. The test will be closed book and worth 15% of the final grade.

Typology: Study notes

Pre 2010

Uploaded on 03/18/2009

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BAE 200 Test 1 Study Guide (Test date: October 7, 2008)
The material presented here should be considered a guide ONLY!
Test material will come from Class notes, Lab Hints, and Homework assignments. See
the text for details if referenced in the notes.
The test will be administered as a closed book test. It will be worth 15% of your final
grade!
For this test you should be able to:
¾ List the 5 Steps to Engineering Problem Solving using computer methods (be able to
state the 6th - effective communication of results
¾ Understand and the importance of and utilize significant figures and units
¾ Know the MATLAB Environment and the purpose of each window
¾ Be familiar with MATLAB code covered in labs and homework. Some specific
examples to pay special attention:
1. Order of mathematical operations
2. Creating vectors and matrices of data
3. Saving your work - diary and M-files
4. The difference between a MATLAB function and a user defined function
5. How programs can call user defined functions
6. Input and Output commands (user prompted input, output supplied in a string)
7. Formatting of output (tables, plots, subplots)
8. Statement level control structures.
9. Relational and Logical operators and how MATLAB uses them (TRUE/FALSE)
10. Conditional statements (if, else, elseif, end)
11. Looping – for end and while end - what is the difference?
12. Loop indexing (example k = 1:n) and what this really means
13. The basics of Matrix operations in MATLAB (don’t need to memorize all of the rules –
but know why certain operations have to be performed because of rules of linear
algebra). How to do element by element operations on a matrix.
14. Solving simultaneous equations with matrices and SOLVE function
15. Interpolation – what it is and how to do it in MATLAB
¾ IMPORTANT! You should be able to write short excerpts of code, predict the outcome
of code given to you, and be able to debug code
¾ Study old homework and solutions in Common Locker

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BAE 200 Test 1 Study Guide (Test date: October 7, 2008)

The material presented here should be considered a guide ONLY!

Test material will come from Class notes, Lab Hints, and Homework assignments. See

the text for details if referenced in the notes.

The test will be administered as a closed book test. It will be worth 15% of your final

grade!

For this test you should be able to:

¾ List the 5 Steps to Engineering Problem Solving using computer methods (be able to state the 6 th^ - effective communication of results ¾ Understand and the importance of and utilize significant figures and units ¾ Know the MATLAB Environment and the purpose of each window ¾ Be familiar with MATLAB code covered in labs and homework. Some specific examples to pay special attention:

  1. Order of mathematical operations
  2. Creating vectors and matrices of data
  3. Saving your work - diary and M-files
  4. The difference between a MATLAB function and a user defined function
  5. How programs can call user defined functions
  6. Input and Output commands (user prompted input, output supplied in a string)
  7. Formatting of output (tables, plots, subplots)
  8. Statement level control structures.
  9. Relational and Logical operators and how MATLAB uses them (TRUE/FALSE)
  10. Conditional statements ( if, else, elseif, end )
  11. Looping – for end and while end - what is the difference?
  12. Loop indexing (example k = 1:n ) and what this really means
  13. The basics of Matrix operations in MATLAB (don’t need to memorize all of the rules – but know why certain operations have to be performed because of rules of linear algebra). How to do element by element operations on a matrix.
  14. Solving simultaneous equations with matrices and SOLVE function
  15. Interpolation – what it is and how to do it in MATLAB ¾IMPORTANT! You should be able to write short excerpts of code, predict the outcome of code given to you, and be able to debug code ¾Study old homework and solutions in Common Locker