LA which contains temporary data (such as process generally also includes the process function parameters, return addresses, and local variables), and a contains global variables. which stack / data section heap / data section stack / code section O heap / data section
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A: Answer is explained below in detail
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- Local addresses The "A1" address system has coordinates that exist over the whole worksheet. If you have a block of data specified somewhere within that worksheet, it can be useful to be able to specify the addresses relative to that block. This can be done with INDEX(), which takes 3 arguments. The first argument is a rectangular range of data, for example A2:E8. The second and third arguments are numbers specifying an offset down then right from the top left of that data range. Unlike OFFSET(), the numbering starts at 1, so INDEX(A2:E8, 4, 2) refers to cell B5. Instructions Use the block of data for North East India + North Myanmar, from A11 to G19 as the reference. In cell I1, use INDEX() to get the number of Blues in Sikkim. In cell I2, get the number of White-yellows in Mizoram Hills. please show the formulas in excel thank you :) Area Locality Skipper Swallowtail White-yellow Blue Brush-footed Blues in Sikkim Indian Subcontinent Indian Subcontinent 307 94 99…C++ LANGUAGE Dynamic Memory Allocation Practice I Write a program that swaps the values of X and Y with malloc. Output Before swap X:412 Before swap Y: 623 After swap X: 623 After swap Y:·412ASSEMBLY Local variables are stored on the runtime stack, at a higher address than the stack pointer. True False
- A name fined in file/namespace scope. It can be referenced by name only thin the same translation unit.In the C programming language, a pointer is used to store the ADDRESS of a data value. True FalseWhen a memory location is used as a pointer, what area of memory does the pointer's address value come from? static data stack heap / free store
- What distinguishes data types that have a static length from those that have a dynamic length?Assignment for Computer Architecture Instructions: The assignment is to create a program that adds the number 1/2 to itself a large number of times and adds the number 1/3 to itself a large number of times separately first using type float and then type double. It is to then compare the values of adding the numbers to multiplying 1/2 time the number of times added to compute the “same sum” in a different way. The program will also multiply 1/3 times the number of times 1/3 was added to itself to compute the “same sum” in a different way. The program will then compare these two methods at arrive for the same value and output the difference. Hint, the value for the ½’s will be the same for the smaller numbers of times, the 1/3’s will never be the same. The output from your program is to be to a *.txt file which you are to turn in along with your code. The program must first add the ½’s and 1/3’s using type float and compare to the value obtain using multiplication instead of addition.…Microprocessor 8051
- C Program: Write a program that: As its input arguments, accepts a program name followed by any number of command line arguments for that program. Creates a child process that executes the given program, passing all the provided arguments to it. Once the execution of the child process finishes, the parent process receives the child process exit code (X) and prints Exit code was X to the standard error device. Please show the output as well and make sure there is no errors in the C program codeplease write with proper explanation. Question half solution is here please write what is main disadvantages of this approach? Half solve questions: Mutual Exclusion: Mutex is an abbreviation for Mutual Exclusion. It is a programme object that prevents multiple users from accessing a shared resource at the same time. When a process accesses a shared variable, it is said to be in the critical section. When no two processes are present in the critical section at the same time, this is referred to as Mutual Exclusion or Mutex. while (true) { semaphore sem = S; while (S <= 0) do no operation { S = S-1; wait (S); } /*critical section*/ while (S > 0) { S = S+1; signal (S); } /*remainder section*/ }c or c++ program for producer consumer example for unbounded buffer or when buffer size is n in operating system