2.1.7 Programming

defined set of steps that can be used to complete a task.

a set of steps that can be used to complete a task.

a random set of steps that can be used to complete a task.

an order of doing things correctly to complete something.

instructions are executed one after another.

instructions are executed one after another in a series.

instructions are executed by the user.

instructions are executed one after another but not always in series.

a program will execute instructions regardless of what the use does.

a program will execute certain instructions based upon the users actions.

a program will execute certain instructions based on conditions.

a program will execute all instructions regardless of what the user does.

IF, THEN, ELSE & CASE

IF,ELSE & CASE

IF, THAN, ELSE & CASE

IF, THEN, ELSE, ELIF & CASE

loop around and around a piece of code until the correct answer is chosen.

loop around a piece of code until a condition is met that activates the next part of the program.

loop around and around a piece of code until a condition is met that ends the iteration.

loop twice around a piece of code until a condition is met that ends the iteration.

Assembler, interpreter & compiler.

Assembler, identifier & compiler.

Assembler, identifier & interpreter.

Compiler, identifier & interpreter.

working three lines at a time, checking syntax, converting to machine code and executing the code.

working one line at a time, converting to machine code, checking syntax and executing the code.

working one line at a time, checking syntax, converting to machine code and executing the code.

working three lines at a time, converting to machine code, checking syntax and executing the code.

working through the whole program (source code), checking the syntax, then converting to machine code and creating an object. The object code is executed not the source code.

working through the whole program (source code), then converting to machine code and creating an executable object. The object code is executed not the source code.

working through the whole program (source code) one line at a time, checking the syntax, then converting to machine code and creating an executable object. The object code is executed not the source code.

working through the whole program (source code), checking the syntax, then converting to machine code and creating an executable object. The object code is executed not the source code.

converts assembly language programs into machine code.

converts programs created in any language into machine code

converts programs created in any high level language into machine code

an error in the spelling of program statements.

an error in the format of the program statements such as missing keywords.

an error in the format of the program statements such as missing semi-colons or keywords spelt incorrectly.

an error in the punctuation of program statements.

errors in program statements that means the outcome is unexpected, even though the program will run.

errors in the algorithm that means the outcome is expected, even though the program will run.

errors in the algorithm that means the outcome is unexpected, even though the program will run.

errors in the algorithm that means the outcome returns nothing as the program will not run.

2.6

"2.6"

26

26.0

26

"26.0"

260

2.60

hello world

"!h3ll0 world4"

"hello w0rld

h3llo world"

A constant's value remains the same where as a variables value can change.

A constant's value only changes if a variables value changes.

A constant's value remains the same where as a variables value can be changed by the user.

A constant's value remains the same where as a variables value can change be changed, but only once.