WGU D278 PRE-ASSESSMENT SCRIPTING
AND PROGRAMMING FOUNDATIONS TEST
BANK 2026 VERIFIED QUESTIONS WITH
ANSWERS GRADED A+
⩥ Input.
Answer: A program gets data, perhaps from a file, keyboard,
touchscreen, network, etc.
⩥ Process.
Answer: A programs performs computations on that data, such as adding
two values like x + y.
⩥ Output.
Answer: A programs puts that data somewhere, such as to a file, screen,
network, etc.
⩥ Computational thinking.
Answer: Creating a sequence of instructions to solve a problem.
⩥ Algorithm.
Answer: A sequence of instructions that solves a problem.
,⩥ Statement.
Answer: Carries out some action and executing one at a time.
⩥ String literal.
Answer: Consists of text (characters) within double quotes, as in "Go
#57!".
⩥ Cursor.
Answer: Indicates where the next output item will be placed in the
output.
⩥ Newline.
Answer: A special two-character sequence \n whose appearance in an
output string literal causes the cursor to move to the next output line.
The newline exists invisibly in the output.
⩥ Comment.
Answer: Text added to a program, read by humans to understand the
code, but ignored by the program when executed.
⩥ Whitespace.
, Answer: Refers to blank spaces (space and tab characters) between items
within a statement, and to newlines. Whitespace helps improve
readability for humans, but for execution purposes is mostly ignored.
⩥ Pseudocode.
Answer: Text that resembles a program in a real programming language
but is simplified to aid human understanding.
⩥ Assignment statement.
Answer: Assigns a variable with a value, such as x = 5. An assignment
statement's left side must be a variable. The right side is an
expression.Examples: x = 5, y = a, or z = w + 2.
⩥ =.
Answer: In programming, = is an assignment of a left-side variable with
a right-side value. It does not represent equality like in mathematics.
⩥ Variable declaration.
Answer: Declares a new variable, specifying the variable's name and
type.
⩥ Identifier.
AND PROGRAMMING FOUNDATIONS TEST
BANK 2026 VERIFIED QUESTIONS WITH
ANSWERS GRADED A+
⩥ Input.
Answer: A program gets data, perhaps from a file, keyboard,
touchscreen, network, etc.
⩥ Process.
Answer: A programs performs computations on that data, such as adding
two values like x + y.
⩥ Output.
Answer: A programs puts that data somewhere, such as to a file, screen,
network, etc.
⩥ Computational thinking.
Answer: Creating a sequence of instructions to solve a problem.
⩥ Algorithm.
Answer: A sequence of instructions that solves a problem.
,⩥ Statement.
Answer: Carries out some action and executing one at a time.
⩥ String literal.
Answer: Consists of text (characters) within double quotes, as in "Go
#57!".
⩥ Cursor.
Answer: Indicates where the next output item will be placed in the
output.
⩥ Newline.
Answer: A special two-character sequence \n whose appearance in an
output string literal causes the cursor to move to the next output line.
The newline exists invisibly in the output.
⩥ Comment.
Answer: Text added to a program, read by humans to understand the
code, but ignored by the program when executed.
⩥ Whitespace.
, Answer: Refers to blank spaces (space and tab characters) between items
within a statement, and to newlines. Whitespace helps improve
readability for humans, but for execution purposes is mostly ignored.
⩥ Pseudocode.
Answer: Text that resembles a program in a real programming language
but is simplified to aid human understanding.
⩥ Assignment statement.
Answer: Assigns a variable with a value, such as x = 5. An assignment
statement's left side must be a variable. The right side is an
expression.Examples: x = 5, y = a, or z = w + 2.
⩥ =.
Answer: In programming, = is an assignment of a left-side variable with
a right-side value. It does not represent equality like in mathematics.
⩥ Variable declaration.
Answer: Declares a new variable, specifying the variable's name and
type.
⩥ Identifier.
