write a corrected statement in c++ so that the statement will work properly. x = y = z + 3a;

Write a corrected statement in c++ so that the statement will work properly. if (4 < x < 11) y=2*x;

Write a corrected statement in c++ so that the statement will work properly. if (x > 5); y = 2*x; else y += 3+x;

Write a corrected statement in c++ so that the statement will work properly. if (x = y) x = 2*z;

Write a corrected statement in c++ so that the statement will work properly. x =+ 7;

Write a corrected statement in c++ so that the statement will work properly. x + y=z;

If you had the following code: int x = 23; int *y; y = &x; The instruction y++; does what?

Write a single instruction that will find the remainder of integral division when x is divided by y. Have the answer stored in z.

Write a single instruction that will store an EVEN random integer between 54 and 212 inclusive in the variable myran. (NOTE only generate EVEN random numbers)

Given the following seqment of code containing a group of nested if instructions: y = 9; if ((x==3) || (x == 5)) y++; else if (x == 2) y *= 2; else if (x == ) y-= 7; else y = 8; if the value of x is 4 before the nested IFs are executed, what is the value of y after the nested IFs are executed?

Given the following seqment of code containing a group of nested if instructions: y = 9; if ((x==3) || (x == 5)) y++; else if (x == 2) y *= 2; else if (x == 4 ) y-= 7; else y = 8; Enter a segment of code (without any IF statements) that does exectly the same thing using the switch structure.

Given the following function definition: int doit(int &x, int y, int &z) { x = 3*x; y = y + 5; z = x+y; return z - 4; } int a = 5, b = 7, c = 9, d = 11; d = doit(a,b,c);