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No Aino Plagiarismno Referencesno Chat Gptrespond To The Following In No Aino Plagiarismno Referencesno Chat Gptrespond To The Following In NO AI NO PLAGIARISM NO REFERENCES NO CHAT GPT Respond to the following in a minimum of 175 words: A programmer can influence a function's output by providing input parameters. To understand this, it is important to first know the differences and similarities between a parameter and an argument. In your own words, define a parameter. Define an argument. How are they related to one another? How are they different? Recall the PrintPizzaArea main function from below. What were the arguments for the PrintPizzaArea? What was the parameter for this function? A programmer can influence a function's behavior via an input. A parameter is a function input specified in a function definition. Ex: A pizza area function might have diameter as an input. An argument is a value provided to a function's parameter during a function call. Ex: A pizza area function might be called as PrintPizzaArea(12.0) or as PrintPizzaArea(16.0). A parameter is like a variable declaration. Upon a call, the parameter's memory location is allocated, and the parameter is assigned with the argument's value. Upon return, the parameter is deleted from memory. An argument may be an expression, like 12.0, x, or x * 1.5. Captions pizzaDiameter is a function parameter, for which an argument will be passed when the function is called. The function call jumps execution to the function's statements, passing 12.0 to the function's pizzaDiameter parameter. The next function call passes 16.0 to the function's pizzaDiameter parameter, which results in a different pizza area.

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A parameter in programming is a named variable defined within the parentheses of a function's declaration. It acts as a placeholder that specifies what kind of data the function expects to receive when it is called. A parameter essentially sets the stage for input by establishing what kind of information the function needs to perform its task. For instance, in a function designed to calculate the area of a pizza, the diameter of the pizza might be a parameter, allowing the function to work with any diameter provided when the function is invoked. An argument, on the other hand, is the actual value or expression passed to the function during its invocation. It supplies the real data that the parameter will use for executing the function's operations. For example, when calling PrintPizzaArea(12.0), the value 12.0 is the argument supplied to the function. Arguments can be constants, variables, or expressions, and they provide the function with specific data to work with. If the function is called as PrintPizzaArea(16.0), then 16.0 becomes the argument in that particular call. The relationship between parameters and arguments is that parameters serve as local variables within the function, defined at compile time, while arguments are the actual data entered during the run-time call. Parameters are like placeholders awaiting specific data, which are provided as arguments. Essentially, parameters and arguments work together to enable functions to process different inputs dynamically. In the context of the PrintPizzaArea function, the parameter might be called "pizzaDiameter," which represents the size of the pizza. When invoking the function, arguments such as 12.0 or 16.0 are passed to this parameter, determining the specific pizza size whose area is to be calculated. During the function call, the argument value is assigned to the parameter, allowing the function to operate on that specific data. Different arguments will produce different results; thus, the programmer inf

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