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Grades will be posted tomorrow
27 March, 2007


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2-dimensional array - passing array values

void x_array(int [ ][col]);

int main( )
{ int sample_array[5][5];


x_array(sample_array);

return 0;
}


void x_array(int y_array[ ][col])
{

}

Final Grades

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IT109 - 4IM

1. Adriano - 2.0
2. Cabrera - 1.75
3. Carag - 2.0
4. Cana - 2.5
5. Cruz - 2.5

6. Cumigad - 2.5
7. Del Rosario - 2.25
8. Dela Cruz - 3.0
9. Dinio - 2.0
10. Espiritu -1.75

11. Fernandez - 2.0
12. Go - 2.25
13. Ireneo - inc
14. Laparan - 2.25
15. Lor - 2.25

16. Lucas - 2.5
17. Luzande - 2.5
18. Mallari - 1.75
19. Manlapas - 2.25
20. Nival - 2.25

21. Oconer - 2.25
22. Omapoy - 2.25
23. Pandes - 2.0
24. Pensaber - 2.75
25. Prado - 2.5

26. Quetua - 2.25
27. Relevante - 2.25
28. Santos - 2.0
29. Sarno - 2.0
30. Teng - 1.75

31. Urita - 1.5

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Hands on Exam

requirements:

1. create a function that will generate 20 random numbers from 0 to 5 only. display the generated random numbers, tally them, and display the total count of 0's, 1's, 2's, 3's, 4's, and 5's.

2. the main function should call the function in item 1. display the result/s with the most count in the main function. use the randomize( ) function for non-repeating set of numbers per execution.

note: you may use array if you prefer

IT109 Research Paper

Name - Topic

Adriano - Design Quality
Cabrera - Design Concepts
Carag - Data Mining
Caña - Software Architecture
Cruz - User Interface

Cumigad - Unified Modeling Language
Del Rosario - Design Principles
Dela Cruz - Design Issues
Dinio - Software Testing
Espiritu - Software Validation

Fernandez - System Testing
Go - Debugging
Ireneo - Black Box and White Box Testing
Laparan - Software Quality
Lor - Four P's: people, product, process and project

Lucas - Project Resources
Luzande - Project Scheduling
Mallari - Software Risks
Manlapas - Design Quality
Nival - Design Concepts

Oconer - Data Mining
Omapoy - Software Architecture
Pandes - User Interface
Pensaber - Unified Modeling Language
Prado - Design Principles

Quetua - Design Issues
Relevante - Software Testing
Santos, J - Software Validation
Santos, M - System Testing
Teng - Debugging

Urita - Black Box and White Box Testing

Requirements
1. Minimum of 2 pages, short bond paper, font - arial or times new roman, font size - 12, double space.
2. Verbatim output will be graded as zero. Present your summarized findings.
3. Deadline - on or before 3pm of March 3, 2007. See my posted schedule for your reference.

Array

1. given: int numarray[5] - declared as global

satisfy the ff:
a) function input( ) - accepts integer input
b) function count( ) - performs a call by reference in determining the number of positive, negative, and zero entries.
c) function main( ) - outputs the generated results from function count( )

2. given: char sarray[20] - declared as global

satisfy the ff:
a) function alpha( ) - returns the count of letters in the given array
b) function number( ) - returns the count of numeric character from the array
c) function arithmetic( ) - returns the count of arithmetic operators from the array
d) function specialchar( ) - returns the count of non-alpha, non-numeric characters from the array
e) function main( ) - accepts the entry for the array, and prints the results from the four functions

3. given: int narray[5] - declared as global

sort the elements using bubble and balloon sort.

4. given: char studarray[5][20], int examarray[15] - declared as global

satisfy the ff:
a) function entry( ) - input 5 student names in studarray with 3 exam scores for each name in examarray
b) function display( ) - displays the name and average grade of each student
c) function compute( ) - returns the computed average grade of each student