Hi all,
It's required from me to get an idea for a project to be implemented on PC with Intel 8086 microprocessor. Since I'm new to Assembly I need your suggestions.
thanks in advance.
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Mina Fouad
3rd year CSED
Alexandria University.
http://csedawy.blogspot.com
It's required from me to get an idea for a project to be implemented on PC with Intel 8086 microprocessor. Since I'm new to Assembly I need your suggestions.
thanks in advance.
--
Mina Fouad
3rd year CSED
Alexandria University.
http://csedawy.blogspot.com
how about this:
(1) Print "Enter first number:"
(2) Print "Enter second number:"
(3) Calculate sum
(4) Print "Sum of numbers is: <calculated sum>"
(1) Print "Enter first number:"
(2) Print "Enter second number:"
(3) Calculate sum
(4) Print "Sum of numbers is: <calculated sum>"
thanks for your reply,
but this idea is very simple. I need an idea that is not very complex and also not very simple.
how about:
snake game.
I thinks it's a good idea please any one support me.
but this idea is very simple. I need an idea that is not very complex and also not very simple.
how about:
snake game.
I thinks it's a good idea please any one support me.
Mina Fouad,
How about
Enter a number: 42
42000th digit in pi fractional part's decimal representation is …
How about
Enter a number: 42
42000th digit in pi fractional part's decimal representation is …
Mina Fouad,
How about
Enter a number: 42
42000th digit in pi fractional part's decimal representation is …
cannot purely understand what did you say !!! please more clarification
can I conclude that you support my idea?
The snake game should be simple yet sufficient enough for your requirements.
You should run the idea by your instructor to see if it is acceptable.
can I conclude that you support my idea?
The snake game should be simple yet sufficient enough for your requirements.
You should run the idea by your instructor to see if it is acceptable.
+1
cannot purely understand what did you say !!! please more clarification
Accept decimal input n, calculate pi fractional part to 1000*nth decimal, output last digit. e could be easier, though.