128 1. Write out the memory map for the following code, providing all values at the...

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128 1. Write out the memory map for the following code, providing all values at the end of execution. How many total bytes does this code declare for variables? #include <stdio.h> main () { char a, b, c [3]; int i, j, k [3]; 3. It is especially convenient because a struct may not always contain a number of bytes equal to the size of its members. The compiler may pad odd-sized fields, for example, placing an unused byte at the end of an array of 3 char, in order to align fields on data bus boundaries. Chapter 4 Pointers and Structures. a='N'; b=&(c[2]); j=& (k[0]); for (i=0; i<3; i++) { } *b-a-(char)i; b--; *j=i+5; j++; } +4 128 1. Write out the memory map for the following code, providing all values at the end of execution. How many total bytes does this code declare for variables? #include <stdio.h> main () { char a, b, c [3]; int i, j, k [3]; 3. It is especially convenient because a struct may not always contain a number of bytes equal to the size of its members. The compiler may pad odd-sized fields, for example, placing an unused byte at the end of an array of 3 char, in order to align fields on data bus boundaries. Chapter 4 Pointers and Structures. a='N'; b=&(c[2]); j=& (k[0]); for (i=0; i<3; i++) { } *b-a-(char)i; b--; *j=i+5; j++; } +4

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