Group Members: Surname: (PRINT CLEARLY) Mark Awarded Student number: (PRINT CLEARLY) Signature: Surname: (PRINT CLEARLY) Mark Awarded Student number: (PRINT CLEARLY) Signature: Surname: (PRINT CLEARLY) Mark Awarded Student number: (PRINT CLEARLY) Signature: Surname: (PRINT CLEARLY) Mark Awarded Student number: (PRINT CLEARLY) Signature: Other people with whom you collaborated (you need not give tutors' names): Tutor's signature:
Copies of the prac sheet and this cover sheet are also available on the web site for the course.
Executable sizes (EXE files):
TASK 2
Turbo Pascal SIEVE SIEVE1
Free Pascal SIEVE SIEVE1
JPI Modula-2 SIEVE SIEVE1
TASK 3
Using cin and cout
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
Using scanf and printf
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
TASK 7
Using scanf and printf after translation from Modula-2 by compilation with
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
Object code (OBJ files)
TASK 2
JPI Modula-2 SIEVE SIEVE1
TASK 3
Using cin and cout:
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
Using scanf and printf
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
TASK 7
Using scanf and printf after translation from Modula-2 by compilation with
Borland C 3.1 SIEVE SIEVE1
Borland C 5.5 SIEVE SIEVE1
Microsoft C SIEVE SIEVE1
Remember to comment on the differences, and on the maximum sieve possible.
TASK 8
How many solutions are there to the N Queens problem? Do you see a trend?
2 3 4 5 6 7 8 9 10 11 12
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