data:image/png;base64,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
B
a value that can change, depending on conditions or on information passed to the program
!2A: Variable B: Driver C: Sequence D: Data types2A B C or D?A
A
Paired programing
2A: Iteration B: Variable C: Programming D: Collaboration2A B C or D?D
D
The person who is in control of the actual coding on the computer
2A: Variable B: Driver C: Navigator D: Data Conditional2A B C or D?B
B
The person who tells the driver what to do and provides instructions/feedback
2A: Variable B: Driver C: Navigator D: Data Conditional2A B C or D?C
C
statements that are created by the programmer which evaluates actions in the program and evaluates if it's true or false
2A: Variable B: Driver C: Navigator D: Conditional2A B C or D?D
D
a two-dimensional image or animation that is integrated into a larger scene or game environment
2A: Sprite B: Conditional C: Navigation D: All of above2A B C or D?A
A
When you send a message to a different part of the program
2A: Variable B: Driver C: Broadcadt D: Data Conditional2A B C or D?C
C
an instruction given by a user to a computer or software to perform a specific task
2A: Command B: Driver C: Broadcadt D: Data Conditional2A B C or D?A
A
an action (such as clicking the mouse or pressing a key on the keyboard) that a program detects and uses as input.
2A: Event B: Sprite C: Broadcadt D: Data Conditional2A B C or D?A
A
values or data provided to a code segment for processing
2A: Variable B: Input C: Broadcadt D: Sprite2A B C or D?B
B
the result or value produced by a program or function after it has been executed
2A: Output B: Input C: Broadcadt D: Data Conditional2A B C or D?A
A
a detailed yet readable description of what a computer program or algorithm should do.
2A: Input B: Driver C: Pseudocode D: Data Conditional2A B C or D?C
C
the gap between individuals or communities who have access to and can effectively use digital technologies
2A: Digital Divide B: Driver C: Broadcadt D: Data Conditional2A B C or D?A
A
When you send a message to a different part of the program
2A: Variable B: Driver C: Broadcadt D: Data Conditional2A B C or D?D
D
a variable that is declared within the body of a method
2A:Local Variable B: Driver C: Broadcadt D: Data Conditional2A B C or D?A
A
a variable with global scope, meaning that it is visible (hence accessible) throughout the program, unless shadowed
2A: Global Variable B: Driver C: Broadcadt D: Data Conditional2A B C or D?A
A
It holds items in order
2A: Variable B: List C: Broadcadt D: Data Conditional2A B C or D?B
C
we call each letter a character and we call the sequence a string
2A: Variable B: Driver C: String D: Data Conditional2A B C or D?C
C
a style of object-oriented programming in which behavior reuse (known as inheritance) is performed via a process of reusing existing objects that serve as prototypes.
2A: Variable B: Driver C: Prototype D: Data Conditional2A B C or D?C
C
Algorithm,"a process or set of rules to be followed in calculations or other problem-solving operations, especially by a computer.
"
Variables," a value that can change, depending on conditions or on information passed to the program
"
Collaboration,"Paired programing
"
Driver,"The person who is in control of the actual coding on the computer
"
Navigator,"The person who tells the driver what to do and provides instructions/feedback
"
Conditionals,"statements that are created by the programmer which evaluates actions in the program and evaluates if it's true or false
"
Sprite,"a two-dimensional image or animation that is integrated into a larger scene or game environment
"
Broadcast,"When you send a message to a different part of the program
"
Command," an instruction given by a user to a computer or software to perform a specific task
"
"Event/Control
","an action (such as clicking the mouse or pressing a key on the keyboard) that a program detects and uses as input.
"
Input,"values or data provided to a code segment for processing
"
Output,"the result or value produced by a program or function after it has been executed
"
"Pseudocode
","a detailed yet readable description of what a computer program or algorithm should do.
"
"Digital Divide
"," the gap between individuals or communities who have access to and can effectively use digital technologies
"
Sequence,"The application of each step of an algorithm in the order in which the code statements are given
"
"Local Variable
","a variable that is declared within the body of a method
"
"Global Variable
","a variable with global scope, meaning that it is visible (hence accessible) throughout the program, unless shadowed
"
Lists,"It holds items in order
"
Strings," we call each letter a character and we call the sequence a string
"
Prototype,"a style of object-oriented programming in which behavior reuse (known as inheritance) is performed via a process of reusing existing objects that serve as prototypes.
"
620