3) A function called isMagic is written below, your task is to write two of the helper functions ckRows and ckSDiagonal. ckRows checks the horizontal rows and ckSDiagonal checks the diagonal going from lower left to upper right. Each function returns true when all the individual sums of rows or the diagonal are equal to the magic number and false otherwise. An example magic square is shown, the size may not always be 3. 2 9 4 // value will be set, but may not be 5 // value will be set, but may not be 5 const int ROWS - 5; const int COLS - 5; bool isMagic(int arr[][COLS], int magic) { return ckRows (arr, magic) && ckCols(arr, magic) && 75 3 ckMDiagonal(arr, magic) && ckSDiagonal(arr, magic); 6 1 8
3) A function called isMagic is written below, your task is to write two of the helper functions ckRows and ckSDiagonal. ckRows checks the horizontal rows and ckSDiagonal checks the diagonal going from lower left to upper right. Each function returns true when all the individual sums of rows or the diagonal are equal to the magic number and false otherwise. An example magic square is shown, the size may not always be 3. 2 9 4 // value will be set, but may not be 5 // value will be set, but may not be 5 const int ROWS - 5; const int COLS - 5; bool isMagic(int arr[][COLS], int magic) { return ckRows (arr, magic) && ckCols(arr, magic) && 75 3 ckMDiagonal(arr, magic) && ckSDiagonal(arr, magic); 6 1 8
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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C++
![3) A function called isMagic is written below, your task is to write two of the helper functions ckRows and
ckSDiagonal. ckRows checks the horizontal rows and ckSDiagonal checks the diagonal going from lower left to
upper right. Each function returns true when all the individual sums of rows or the diagonal are equal to the magic
number and false otherwise. An example magic square is shown, the size may not always be 3.
// value will be set, but may not be 5
// value will be set, but may not be 5
2 9 4
const int ROWS = 5;
const int COLS - 5;
bool isMagic(int arr[][COLS], int magic) {
return ckRows (arr, magic) && ckCols(arr, magic) &&
7 5 3
ckMDiagonal(arr, magic) && ckSDiagonal(arr, magic);
8
}
Your solution should be in this box:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F672bf286-8abe-4b07-9ca1-0d5b2612956c%2Fb0d047d1-d061-491a-926e-a7c9d31e4ef3%2Fav7u8t_processed.png&w=3840&q=75)
Transcribed Image Text:3) A function called isMagic is written below, your task is to write two of the helper functions ckRows and
ckSDiagonal. ckRows checks the horizontal rows and ckSDiagonal checks the diagonal going from lower left to
upper right. Each function returns true when all the individual sums of rows or the diagonal are equal to the magic
number and false otherwise. An example magic square is shown, the size may not always be 3.
// value will be set, but may not be 5
// value will be set, but may not be 5
2 9 4
const int ROWS = 5;
const int COLS - 5;
bool isMagic(int arr[][COLS], int magic) {
return ckRows (arr, magic) && ckCols(arr, magic) &&
7 5 3
ckMDiagonal(arr, magic) && ckSDiagonal(arr, magic);
8
}
Your solution should be in this box:
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