data:image/png;base64,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KBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==Algorithm," a set of instructions, used to solve problems or perform tasks"Variable,used to store information that can change based on conditionsCollaboration,"What is it called when multiple parties work together to reach a common goal? "Driver, partner that uses the workstation and writes codeNavigator,partner that reviews the code and gives feedbackConditionals, type of expressions that evaluate a condition to determine what code the program will executeSprite, a two-dimensional image or animated image that plays a specific roleBroadcast,a sender sends data to receivers simultaneouslyCommand," a word or phrase that, when typed or spoken, causes the computer to perform a certain operation"Event, an action or occurrence that can be identified by a programControl," the ability to manage, organize, or run something on a computer "Input, data that is entered into or received by a computerOutput, information processed by and sent out from a computer or other electronic devicePseudocode,the artificial and informal language that helps programmers develop algorithmsDigital Divide, the term that refers to the gap between demographics and regions that have access to modern information and communications technology and those that don't or have restricted accessSequence,statements are executed one after another (in order)Local Variable, a variable that is only accessible within a specific part of a programGlobal Variable,a variable that is accessible everywhere throughout the programInitializing,you provide a variable its initial value at the time of constructionData Types," a classification that specifies which type of value a variable has and what type of mathematical, relational, or logical operations can be applied to it without causing an erro"Lists,an abstract data type that represents a finite number of ordered valuesStrings,a sequence of charactersPrototype,"a rudimentary working model of a product or information system, usually built for demonstration purposes or as part of the development process"Expression,a syntactic entity in a programming language that may be evaluated to determine its valueParameter,a formal argument like a special kind of variable used in a subroutine to refer to one of the pieces of data providedArgument,"a value that is passed between programs, subroutines or functions"Iteration,a process where the design of a product or application is improved by repeated review and testingProcedure,an independent code module that fulfills some concrete task and is referenced within a larger body of source codeBoolean,a logical data type that can have only the values true or falseAbstraction,a condensation of complication into a simplified statementInfinite Loop,a piece of coding that lacks a functional exit so that it repeats indefinitelyModulus,the operator that provides the remainder of a division operationCode Segment,a portion of an object file or the corresponding section of the program's virtual address space that contains executable instructionsOperators,"constructs defined within programming languages which behave generally like functions, but which differ syntactically"Readability,the ease with which the software is read and understoodTraverse,"""visiting"" or ""touching"" the elements of the structure, and doing something with the data"Index,"a data structure to facilitate fast lookup of terms and clauses in a logic program, deductive database, or automated theorem prover"Element,a smaller component of a larger systemSublist,a list used as an item of another listData Abstraction,the reduction of a particular body of data to a simplified representation of the wholeSelection,a programming construct where a section of code is run only if a condition is metConditional,a requirement where a section of code is run only if this is metNested Conditional,an if or if else statement inside another if else statementReturn Statement,"a statement that ends the execution of a function, and returns control to the calling function"Computer Virus,a malicious software program loaded onto a user's computer without the user's knowledge and that performs malicious actions calledCybersecurity,"the application of technologies, processes, and controls to protect systems, networks, programs, devices and data from cyber attacks"Keylogging,"the use of a computer program to record every keystroke made by a computer user, especially in order to gain fraudulent access to passwords and other confidential information"Malware,"software that is specifically designed to disrupt, damage, or gain unauthorized access to a computer system"Personally Identifiable Information,any information related to an identifiable personPhishing," a fraudulent activity that is done to steal confidential user information such as credit card numbers, login credentials, and passwords"Targeted Marketing,an approach to raise awareness for a product or service among a specific groupDebugging,the process of identifying and removing errors from computer hardware or softwareDDoS (Distributed Denial of Service),"attack that involves multiple connected online devices, collectively known as a botnet, which are used to overwhelm a target website with fake traffic"Rogue Access Point,"a device not sanctioned by an administrator, but is operating on the network anyway "Syntax Error,a character or string incorrectly placed in a command or instruction that causes a failure in executionLogic Error,"a bug in a program that causes it to operate incorrectly, but not to terminate abnormally (or crash) "Run Time Error,"an error that takes place while executing a program "Index Out of Bounds,"you have tried to get something from an array or list with an invalid index "Rounding Error," the difference between the result produced by a given algorithm using exact arithmetic and the result produced by the same algorithm using finite-precision, rounded arithmetic. "Privacy,"the state or condition of being free from being observed or disturbed by other people. "Security,"the state of being free from danger or threat "Driver, partner that uses the workstation and writes code481