data:image/png;base64,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KBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==the practice of protecting computer systems, networks, and data from theft, damage, or unauthorized access. It involves a range of technologies, processes, and practices to safeguard digital information. bBthe action of recording the keys struck on a computer keyboard without the user's knowledge. This can be done through software or hardware and is often used for malicious purposes.cCshort for "malicious software." It's a collective term for any software designed to harm or exploit computer systems, including viruses, worms, Trojans, spyware, and adware. dDany data that can be used to identify a specific individual. This includes information like names, addresses, Social Security numbers, and more. eEtype of cyber-attack where attackers impersonate legitimate entities to trick individuals into revealing sensitive information, such as passwords or credit card details, often through deceptive emails or websites. fFalso known as personalized marketing, is an advertising strategy that tailors marketing messages and offers to specific groups of individuals based on their demographics, preferences, or behavior. gGthe process of identifying and removing errors or defects from computer software or hardware to ensure that it functions correctly. hHcyber-attack that floods a target server or network with an overwhelming amount of traffic, causing it to become unavailable to users, thus denying service. iIan unauthorized wireless access point that is installed on a network without proper authorization, potentially compromising security. jJa type of programming error that occurs when the rules of a programming language are not followed. These errors typically prevent code from being compiled or executed. kKalso known as a semantic error, is a mistake in a computer program's logic that causes it to produce incorrect results, despite being syntactically correct. lLoccurs while a program is executing. It usually indicates an issue that prevents the program from running successfully, such as division by zero or accessing a non-existent file.mMa programming error that occurs when attempting to access an array or list using an index that is not within the valid range of indices. nNa discrepancy between the real value and a rounded or truncated representation of that value. This often occurs in numerical computations. oOan individual's right to control their personal information and decide how it is collected, used, and shared by others, particularly in the context of data and information. pPencompasses measures and practices taken to protect assets (such as data, systems, and physical infrastructure) from threats and risks, including unauthorized access, data breaches, and cyber-attacks. qQAn ordered collection or sequence of items, often of the same type or structure, in computer programming. Lists can be modified, iterated through, and used for various operations.rRA sequence of characters (letters, numbers, symbols) used to represent text in programming. Strings are typically enclosed in single or double quotation marks.sSA preliminary version of something from which other forms are developed. In programming, a prototype can refer to a preliminary version of a function or an object that serves as a model for other instances.tTA combination of variables, operators, and values that represents a computation. It can produce a value but doesn’t perform any actions.uUA variable in a function or method definition. It is a placeholder for the data that will be passed or used in the function when it is called.vVThe actual value that is passed to a function or method when it is called, corresponding to the parameters defined in the function.wWThe repetition of a process, typically a set of instructions or a cycle, in a computer program. Loops are a common way to achieve iteration.xXA set of instructions or steps to be followed in a specific order to accomplish a task or solve a problem in programming.yYThe amount of definitions you got correct is....32The amount of definitions you got incorrect is...32You are done! Click the green flag to play again.2322A. Computer Virus,B. Cybersecurity,C. Keylogging,D. Malware,E. Personally Identifiable Information,F. Phishing,G. Targeted Marketing,H. Debugging,I. DDos,J. Rogue Access Point,K. Syntax Error,L. Logic Error,M. Run Time Error,N. Index Out of Bounds,O. Rounding Error,P. Privacy,Q. Security,R. Lists,S. Strings,T. Prototype,U. Expression,V. Parameter,W. Argument,X. Iteration,Y. Procedure