Given the declaration below, if array aData[][] was associated to the memory location 1010 (in decimal), what is the value/address (in decimal) equivalent to aData[5] ? double aData[6][4]; Note that sizeof(double) results to 8, meaning 8 bytes.
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Given the declaration below, if array aData[][] was associated to the memory location 1010 (in decimal), what is the value/address (in decimal) equivalent to aData[5] ?
double aData[6][4];
Note that sizeof(double) results to 8, meaning 8 bytes.
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- Given the declaration below, if array aData[][] was associated to the memory location 1010 (in decimal), what is the value/address (in decimal) of the last byte allotted to the 2D array ? double aData[6][4]; Note that sizeof(double) results to 8, meaning 8 bytes.I need help in this question Given the declaration below, if array aData[] was associated to the starting address 1010 (in hex), what is the address (in hex) of the third element of the array? double aData[15]; Note that sizeof(double) results to 8, meaning 8 bytes.I need help in the following Quetion 3Given the declaration below, if array aData[ ][ ] was associated to the memory location 1010 (in decimal), what is the value/address (in decimal) equivalent to aData[5]? double aData[6][4]; Note that sizeof(double) results to 8, meaning 8 bytes
- 1. How many values can be held by an array with dimensions?a) X [0..8]b) a [0..n]c) b [-1..n, 1..m]d) c [-n..0, 1..2] 2. When storing a two-dimensional array A with ten rows and ten columns in continuousmemory space in the direction of rows, what is the address where A[5,6] is stored? In thisquestion, the address is represented in decimal numbersWrite a procedure for encryption by rotating each plaintext byte different number of positions. For example, in the following array that represents the encryption key, each number indicates a left rotation: key BYTE 6, 4, 1, 2, 7, 5, 2, 4, 3, 6. Pass the pointer to the text string in EDX, the array size to ECX, a pointer to the key array in ESI, and the direction value (0 or 1) in EBX. Assume that the key array size is 10. Your procedure should loop through plain text and align the key to the first 10 bytes of the message. Rotate each plain text to the left (if the value in EBX is 0) or to the right (if the value in EBX is 1) by the amount in the key array: first byte by 6, second byte by 4 etc. Then align the key to the next 10 bytes until the whole message is encrypted. Write a program that tests the procedure by calling : one time with EBX = 0 (encrypting), then with EBX = 1 (decrypting). Print out the text three times: the original, then the encrypted, then the decrypted.What is the address of (int) m[i][j] in terms of the base address and COLS? What are potential problems with <code>strcpy()</code> and <code>strcat</code> Why does <code>scanf()</code> take a pointer?
- Comment on each snippet with what the snippet does. Assume that there is an array, int arr [6] = {3, 1, 4, 1, 5, 9}, which starts at memory address 0xBFFFFF00. You may assume that each integer is stored in 4 bytes. Register a0 contains arr's address lw t0, 0(a0) lw t1, 8(a0) add t2, t0, t1 sw t2, 4(a0) 2. add t0, x0, x0 loop: slti t1, t0, 6 beq t1, x0, end slli t2, t0, 2 add t3, a0, t2 lw t4, 0(t3) sub t4, x0, t4 sw t4, 0(t3) addi t0, t0, 1 j loop end: pseudo-instructions are not allowedWhat does it mean to say that an address variable is a pointer? In what context is it employed? A dynamic array is an array of constant data. A dynamic array has a relationship to pointers in that it can both contain pointers and have pointers as elements.Write a c++ code that implement a loop that accesses a number of different locations in an array over-and-over again, and see how the average access time changes as the array size increases, from a size small enough to fit in L1 cache to a size too large to fit in L2 (or L3) cache. Try to estimate the sizes of your caches.
- java Assume your array stack starts with a small array of size 10 and doubles in size if it becomes full. For a .dat file with 1 million lines, how many times would this resizing occur? What about with 1 billion lines or 1 trillion lines (assuming the computer had enough memory)? Explain your answer.There cannot be any NULL bytes in the address if it is in the formatstring (except as the terminating byte) since the string is a NULL-terminated array just like any other in C. This does not mean that addressescontaining NULL bytes can never be used—addresses can often beplaced in the stack in places other than the format string itself. Inthese cases, it may be possible for attackers to write to addresses containing NULL bytes. It is also possible to do a two-stage memory reador write—first construct an address with NULL bytes in it on the stack(see the following section “Writing to Memory”) and then use it as apointer for %s for readingMicroprocessor 8086 write An array called (A) has 300 unsigned byte numbers (chose your Owen data), write only one assemble to the following1-store the Maximum number of (A) in physical address AB200h. 2- store the Minimum number of (A) in the physical address CD100h. 3-rearrange the array given (A) ascending and save the new array in the memory starting at 3050e 4-save only the maximum odd number in the logical address 5200:0350