What does it mean to refer to the "base address of an array" when making a function call, and where does that phrase come from?

What does it mean when we say that a function's argument is the "base address of an array," and how does it come to be used?

Why are arrays so useful?

// New Function prototypes void showValues(const int *, int); // display 10 numbers in a line from the array void fillArray(int *, int, int, int); // fill out random numbers between low and high into the array bool searchValue(const int *, int, int); // search value from the array void sortArray( int *, int); //sort the array in an ascending order void swap(int *, int *); //swap the values Modify the code below to create 50 random numbers instead of 10 and use the above new function protoypes. In the output, remove the display of the minimum, maximum and average from the array. Modify the showValues() function to display 10 numbers in a line from the array. [Part 2] Add the two functions to sort an array in an ascending order: void sortArray(int*, int); //ascending ordervoid swap(int*, int*); In the sortArray() function called the swap() function to swap the values from two elements in the array. Code: #include <iostream>#include <iomanip>#include...

When calling a function, what exactly does the "base address of an array" refer to, and why is it relevant?

What is a variable pointer? What follows? It is a variable array. Why are pointers and dynamic arrays problematic?

When calling a function, what exactly does it imply to say that you need the "base address of an array"?

Please help with the assignment! Language is C. Answer as simply as you can as it is an Intro to C class. Write two functions, total_product and total_sum. Both functions return an integer. Total_product function takes in a 2D array of integers along with an integer with the number of rows and columns. This function will return an integer with the product of the sum of the rows. See example for details. The total_sum function takes in an array of integers with the size of the array. The total_sum function will find the sum of the 1D array. You must call the total_sum function in the total_product to receive full credit. Example: row/column 0 1 2 3 total_sum(row) Result 0 1 2 3 4 10 1 5 6 7 8 26 Given this 2D array above, the answer for total_product would be 260. Because row one adds up to be 10, and row two adds up to be 26. We multiple this together to get total product.

The concept of referring to the "base address of an array" in the context of a function call pertains to identifying the memory location of the first element of an array. This terminology originates from computer science and programming literature?

Describe partial initialization of arrays during declaration.

Define Arrays as Parameters to Functions.

It's important to note that the name of an array by itself is really a pointer to the first element of the array. Therefore passing an array to function is simple since you can just specify the name of the array. Are these statements true?

To what is the term "base address of an array" refer, and how is it used in a function call?