A system program that combines separately compiled modules of a program into a form suitable for execution is?

A system program that combines the separately compiled modules of a program into a form suitable for execution

A

assembler

B

linking loader

C

cross compiler

D

load and go

E

None of the above

A system program that combines separately compiled modules of a program into a form suitable for execution is called ___________

A

Assembler

B

Linking loader

C

Cross compiler

D

None of the mentioned

A system program that combines the separately compiled modules of a program into a form suitable for execution?

A

Assembler

B

Compiler

C

Linking Loader

D

Interpreter

A system program that combines the separately compiled modules of a program into a form suitable for execution is?

A

Assembler

B

Linking loader

C

Cross compiler

D

Load and Go

A system program that brings together separately compiled modules of a program into a form language that is suitable for execution.

A

Assembler

B

Linking loader

C

Cross compiler

D

None of the mentioned

Consider three software items: Program-X, Control Flow Diagram of Program-Y and Control Flow Diagram of Program-Z as shown below Program-X: Control Flow Diagram of Program-Y sumcal (int maxint, int value) { int result=0, i=0; if (value <0) { Value = -value; } while ( (i

Which of the following is a system program that integrates a program’s individually compiled modules into a form that can be executed?

A

Interpreter

B

Assembler

C

Compiler

D

Linking Loader

A program consists of two modules executed sequentially. Let f₁(t) and f₂(t) respectively denote the probability density functions of time taken to execute the two modules. The probability density function of the overall time taken to execute the program is given by

A

$${{\text{f}}_1}\left( {\text{t}} \right) + {{\text{f}}_2}\left( {\text{t}} \right)$$

B

$$\int\limits_0^{\text{t}} {{{\text{f}}_1}\left( {\text{x}} \right){{\text{f}}_2}\left( {\text{x}} \right){\text{dx}}} $$

C

$$\int\limits_0^{\text{t}} {{{\text{f}}_1}\left( {\text{x}} \right){{\text{f}}_2}\left( {{\text{t}} - {\text{x}}} \right){\text{dx}}} $$

D

$$\max \left\{ {{{\text{f}}_1}\left( {\text{t}} \right),\,{{\text{f}}_2}\left( {\text{t}} \right)} \right\}$$

Consider the following statements regarding life time of any normally terminating process in an operating system. (I) The process must be in RUNNING state at least once during its execution. (II) The process must be in RUNNING state at least twice during its execution. (III) The process must be in WAITING state at least once during its execution. (IV) The process must be in READY state at least once during its execution. Which of the above statements are correct?

A

I and III

B

I only

C

I, III, and IV

D

I and II

At an Electronic Data processing unit, five out of the eight program sets P,Q,R,S,T,U,V and W are to be operated daily. On any one day, except for the first day of a month, only three of the program sets must be the ones that were operated on the previous day. The program operating must also satisfy the following conditions: 1. If program P is to be operated on a day, V can’t be operated on that day. 2. If Q is to be operated on a day, T must be one of the programs to be operated after Q. 3. If R is to be operated on a day, V must be one of the programs to be operated after R. 4. The last program to be operated on any day must be either S or U. If the program sets R and W are to be operated on the first day, which of the following could be the other program on that day?

A

P, T, V

B

Q, S, V

C

Q, T, V

D

T, S, V

A system program that combines separately compiled modules of a program into a form suitable for execution is?

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