questions

A. DCBA
B. ABCD
C. Depends on big endian or little endian architecture
D. 0xABCD
A. y = int(x 0.5)
B. y = (int)(x 0.5)
C. y = (int)((int)x 0.5)
D. y = (int)x 0.5
A. used to generate random values.
B. used to set the starting seed for generating random values.
C. used to force a duplication of the random sequence pattern.
D. used to generate "special" random numbers.
A. January 1, 1950.
B. January 1, 1900.
C. January 1, 1990.
D. January 1, 1970
A. <math.h>
B. <ctype.h>
C. <stdlih>
D. <time.h>
A. the first letter in answer will be a capital letter.
B. answer will be rounded to the next larger integer.
C. answer will contain no numeric values.
D. answer will contain all capital letters.
A. laststr()
B. strnstr()
C. strstr()
D. strrchr()
A. strrchr()
B. strchr()
C. strnset()
D. strstr()
A. strnset()
B. strinit()
C. strcset()
D. strset()
A. the last valuein the range of numbers.
B. the first value in the range of numbers.
C. the number of guesses the user will be allowe
D. the number of terms in the range of numbers.
A. stdlih
B. conio.h
C. dos.h
D. stdio.h
A. alloc() and memalloc()
B. malloc() and memalloc()
C. memalloc() and faralloc()
D. malloc() and calloc()
A. <math.h>
B. <ctype.h>
C. <time.h>
D. <stdlih>
A. an ASCII character.
B. one of "all" numbers available from the keyboar
C. an alphanumeri
D. an alphabet character.
A. substr(x,y)
B. [a] length( )
C. c_str( )
D. atof(s)
A. returns positive double values.
B. is a true random number generator.
C. returns a different sequence of values each time it is run.
D. is a pseudo-random number generator.
A. a data type
B. a variable used to hold a number from the computer's internal clock.
C. a header file.
D. a built-in library function which will return a value from the internal clock.
A. int value = 1 rand( ) % 28;
B. int number - 28 rand( ) % 52;
C. int rand_num = 28 rand( ) % 25;
D. int random_value = 28 rand( ) % 24;
A. the built-in library function pow(x,y).
B. the exponent symbol ^.
C. concatenation.
D. the built-in library function pow10(x).
A. malloc(variable_name, 0)
B. dealloc();
C. memalloc(variable_name, 0)
D. free();