Assume that you correct for minor compile-time errors. The following code considers the impact of the size of some data types on programming. Given what you have learned, which statements are true for a modern computer?

1. #include < iostream>
3. using namespace std;
4. int main() {
5. int k, j = 2147483647;
6. int i;
7. float x = 1.0e27;
8. double b
10. j++;
11. x *= 10;
12. cout << "j = " << j << endl;
13. cout << "k = " << k << endl;
14. cout << "i = " << i << end1;
15. cout << "x = " << x << endl;
16. cout << "b = " << b < endl;
18. return 0;
19. }

Select one or more:

a. if j overflows on line 10 then line 12 will show that j is negative due to underflow.

b. j is uninitialized.

c. If the largest value of type float is on the order of 1.0e27 then line 15 will show that x is inf due to overflow on line 11.

d. If the largest value of type float is on the order of 1.0e27 then line 15 will show that x is negative due to overflow on line 11.

e. b is uninitialized.

f. k must hold the same value as j.

g. i is uninitialized.

h. if j overflows on line 10 then line 12 will show that j is negative due to overflow.

i. If the largest value of type double is on the order of 1.0e27 then line 16 will show that b is inf due to overlow on line 11.

Thank you !!!!