Answer:
The reason is due to proprietary design of the Operating System (OS) which require a virtualization software to blanket or "disguise" the hardware (processor) borderlines of the computer onto which it is to be installed.
Explanation:
An Apple system that has the RISC processor and system architecture which has an operating system made entirely for the Apple system architecture
If the above Apple OS is to be installed on a windows computer, then the procedure to setup up the OS has to be the same as that used when on an Apple system, hence, due to the different processors and components of both systems, a virtualization will be be needed to be provided by a Virtual box, Parallels desktop or other virtualization software.
The solution is to keep all values in the Function Call Stack until the stack is empty. When the stack is empty, place all held items at the bottom of the stack one by one.
What is Recursive Function?
Recursive functions in code frequently rely on loop setups, in which the initial variable is called on multiple times while the loop is changing it. The factorial is a simple example of a recursive function in which an integer is multiplied by itself while being incrementally lowered. Many other self-referencing functions in a loop, for example, where n = n + 1 given an operating range, could be called recursive functions.
In addition to simpler recursive functions, programmers and others have created much more complex functions that also use recursion principles. Some, such as the Fibonacci sequence, have applications in finance and other fields, while others are esoteric and largely restricted to the IT community.
To learn more about Recursive Function, visit: brainly.com/question/28540529
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Answer:
3) 44 10 44
Explanation:
Given data
int [] val = { 3, 10, 44 };
The total number of parameters of given array are 3, so total length of array is also 3.
The indexing of array starts with '0', Therefore the <u>indexes</u> of array with length zero are: {0,1,2}
The value of array at index 0 is = 3
similarly
value at index 1 = 10
value at index 2 = 44
Any value of index 'i' of an array is selected using array[i].
Therefore,
val[0] is selecting the value of array located at index '0'.
val[0] = 3
val[2] is selecting the value of array located at index '2'.
val[2] = 44
Finally,
val[0] = val[2]; is copying the value placed at index 2 (44) to value placed at index 0 (3). Hence, the output would be { 44 10 44}. So 3rd option is correct.
Have them post more positive outcomes and help them understand that what they post stays there forever
