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TEST QUESTION!
Question 1: Total Points (25)
Develop a utility in C language which will run in Linux operating systems to display following properties of the system:
 Processor speed
 Ram size
 Computer name
 System time
 Version of operating system's kernel

With source code of the application, screen-shots after running this application are also required.
Create assembly program that performs 4 mathematical operations such as addition, subtraction, multiplication and division.

The numbers to be entered must have 1 whole number and with 2 decimal points.
The output must be in the center of the screen.
Create assembly program using command prompt that performs 4 mathematical operations such as addition, subtraction, multiplication and division.

The numbers to be entered must have 1 whole number and with 2 decimal points.
The output must be in the center of the screen.
How do you make a simple menu with submenus in TASM assembly 8086? With key press and background color.
construct an assembly language program that will display numbers on screen as shown below; apply COMPARE AND CONDITIONAL JUMP instruction. Using command prompt

output:
999999999
88888888
7777777
.
.
.
3333
222
11
0
construct an assembly language program that will display numbers on screen as shown below; apply COMPARE AND CONDITIONAL JUMP instruction. using the command prompt

output:
0123456789
11
2 2
3 3
4 4
5 5
6 6
7 7
8 8
9 9
construct an assembly language program that will display numbers on screen as shown below; apply COMPARE AND CONDITIONAL JUMP instruction.

output:
0123456789
11
2 2
3 3
4 4
5 5
6 6
7 7
8 8
9 9
How can I make a game Jakenpoy programs in Assembly Language where the score and players are saved in notepad? Or should I say File Handling. And a logic of Player VS Computer in Jakenpoy?
Write a single statement that computes the sum, k
k=3
5
∑ (k is an integer). Place the result in the
AL register. Computing the sum means you must have a constant expression that computes the
value, and that it is done at assembly time, not runtime. The register must be zeroed out before
the result is stored.
2. Write a short block of computational statements that causes the AX register to overflow or
underflow. Use variables as opposed to immediate values. Make sure no other computations
affect the outcome of this register. The register must be zeroed out before it is used.
3. Using directives for creating symbolics, write a single statement that computes the number of
seconds in a day and places the result in the EBX register. The statement that is placed in the
program and expanded should be SECONDS_IN_DAY. The EBX register should be zeroed out
before it is used. Make sure the statement uses the symbolics to the fullest extent
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