A. Program
B. Algorithm
C. Decision Table
D. All of the above
A. operating systems
B. input/output units that operate independently of the CPU
C. both A and B
D. neither A nor B
A. creation of more optional matrix
B. recognition of basic syntactic constructs through reductions
C. recognition of basic elements and creation of uniform symbols
D. use of macro processor to produce more optimal assembly code
A. many functions do not have to be implemented twice
B. more flexibility is available to the programmer in which he/she may use all the features of the assembler in conjunction with macros
C. Functions are combined and it is not necessary to create intermediate files as output from the macro processor and input to the assembler
D. All of the above
A. an interpreter
B. system software
C. applications software
D. an operating environment
A. relative loaders
B. relocating loaders
C. both A and B
D. None of the above
A. a program that places programs into memory and prepares them for execution
B. a program that automate the translation of assembly language into machine language
C. is a program that appears to execute a source program as if it were machine language
D. program that accepts a program written in a high level language and produces an object program