Consider this declaration of a 3x5 2D array of doubles: double m[3][5]; Assume the following: sizeof (double) is 8 (bytes) & (m[@][®]) is 2056 (address of element m[0][0] in decimal (not Hex.) QUESTION: what is &(m[2][3]) (numerically)
Consider this declaration of a 3x5 2D array of doubles: double m[3][5]; Assume the following: sizeof (double) is 8 (bytes) & (m[@][®]) is 2056 (address of element m[0][0] in decimal (not Hex.) QUESTION: what is &(m[2][3]) (numerically)
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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![Consider this declaration of a 3x5 2D array of doubles:
double m[3][5];
Assume the following:
sizeof (double) is 8 (bytes)
& (m[0][0]) is 2056 (address of element m[0][0] in decimal (not Hex.)
QUESTION: what is & (m[2][3]) (numerically)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F36fb9f12-9817-429e-8bfb-d7b413935520%2F051af6d9-b527-47a9-a2f4-97909f61c7ff%2Fyszbehr_processed.png&w=3840&q=75)
Transcribed Image Text:Consider this declaration of a 3x5 2D array of doubles:
double m[3][5];
Assume the following:
sizeof (double) is 8 (bytes)
& (m[0][0]) is 2056 (address of element m[0][0] in decimal (not Hex.)
QUESTION: what is & (m[2][3]) (numerically)
![You want to write a function foo that operates on a square NxN 2D array of integers (where N is a constant like 16 below).
Since this function will only be operating such 2D arrays, it only needs to have a single parameter - the 2D array (the function "knows" about the constant N).
Example code invoking such a function below.
QUESTION: Select the function "stub" (empty body) which is correct for this scenario
#define N 16
// the definition of function foo() would be here
int main(){
int a[N][N];
// blah blah blah
foo(a);
// blah blah blah
}
O void foo(int a[N][]) {
// body of func
}
O void foo(int a[][]) {
// body of func
}
O void foo(int a[N*N]) {
// body of func
}
O void foo(int a[][N]) {
// body of func
}](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F36fb9f12-9817-429e-8bfb-d7b413935520%2F051af6d9-b527-47a9-a2f4-97909f61c7ff%2F6bx7hqo_processed.png&w=3840&q=75)
Transcribed Image Text:You want to write a function foo that operates on a square NxN 2D array of integers (where N is a constant like 16 below).
Since this function will only be operating such 2D arrays, it only needs to have a single parameter - the 2D array (the function "knows" about the constant N).
Example code invoking such a function below.
QUESTION: Select the function "stub" (empty body) which is correct for this scenario
#define N 16
// the definition of function foo() would be here
int main(){
int a[N][N];
// blah blah blah
foo(a);
// blah blah blah
}
O void foo(int a[N][]) {
// body of func
}
O void foo(int a[][]) {
// body of func
}
O void foo(int a[N*N]) {
// body of func
}
O void foo(int a[][N]) {
// body of func
}
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