Check my answers on Stacks and Queues Please

[ee1215]

Could someone please look over my questions/answers that I have put in bold. Or the answer I put after A:. I am preparing for a test and want to make sure I know what to do. Thanks

1) Client code needs a stack variable S capable of storing up to ten integers. Declare the stack variable S.
A) Stack(10) S; B) Stack S C) Stack S=10; D)Stack S(10); E) None of the above

2) Add the integer 7 to top of stack variable S assuming stack is not full.
A:
S.Push(7);

3) Remove the top most integer from top of stack variable S and store value into previously declared integer variable W assuming stack is not empty.
A:
W=S.Pop();

4) Output "Full" if previously declared stack variable S is full.
A:
if(S.IsFull())
cout << "Is Full";

5) Return the top most value on the stack without modifying the contents in the stack.
A:
int temp = S.Push();
S.pop(temp);

6) Using two Stack variables, S1 and S2, where contents of S1 are Top{1,2,3} and contents of S2 are Top{4,5}. Describe S2 after following statement: S2=S1;
A) {1,2,3} B){4,5} C){3,2,1} D)Error: illegal statement E)None of the above.

7) Which describes what happened to the original contents in S2?
A) S2 remains stored in S2 and can be accessed using public member functions
B. S2 was automatically deallocated by Stack destructor
C) S2 remains in memory allocated to the client but is inaccessible
D) S2 remains in memory allocated to client and is accessible through the variable S1 and public member function
E) None of above

-Dont believe it is C,D,E. I chose B. 

8) Suppose the client code wishes to create a Queue object named Q. Which of the following code
segments successfully completes that task?
A) Q = Queue; C) ~Queue Q; E) None of the answers provided
B) Queue Q; D) Queue Q(10);

9) Suppose the client code includes a Queue object named Q. Which of the following code
segments successfully uses the Add method to enqueue the integer value 3 to the object Q ?
A) Add(Q, 3); C) Q.Add(3); E) None of the answers provided
B) Q.Add('3'); D) Both B and C

10) Suppose the client code includes a Queue object named Q. Which of the following code
segments successfully uses the Remove method to dequeue the next integer value stored
in Q and place that integer into the variable W ?
A) W = Remove(Q); C) Q.Remove(W); E) None of the answers provided
B) W = Q.Remove(); D) W.Remove(Q);

[Elysia]

In the future, don't put your questions inside code tags. You can see the result when you did it.
I agree with all answers, except:
6) I believe the answer is not illegal syntax since the question says the contents. However, I am unsure of what they really contain. So it could be A or E. It depends on the context behind the question, I suppose.
7) This really is a matter of semantics and/or implementation details. Data could be left in memory, but inaccessible, but I doubt that's what they're after, so E it is. The point is that the class would throw away the old data and replace it with the new. It will absolutely not call the destructor.
9) This one is plainly wrong '3' is a character, hence it violates the question.

[kmdv]

The first one can be incorrect too! We don't know Stack implementation (it obviously isn't std::stack), so it theoretically could be B, C, as well as D.

[itsme86]

5) Return the top most value on the stack without modifying the contents in the stack.
A:
int temp = S.Push();
S.pop(temp);

So...S.Push() returns....a value you're storing in temp? What value? And then you're passing a value to pop()...

This whole scenario doesn't seem right to me. Is there a Peek() method maybe?
int value = S.Peek();

Or at least:

int temp;
S.Push((temp = S.Pop()));

...which technically violates the 'do not modify' rule, but by the time that statement ends it will be in the same condition it was before you started.

[CornedBee]

The main issue here is that we don't know how the Stack type you're dealing with is implemented, so there's only so many possibilities.

1: B if the stack defaults to 10 elements and the missing semicolon is just a transcription error, C would work if the implementation contains a simple mistake, D would be the best way assuming Stack has a proper implementation.
4: You output "Is Full", not "Full" as required.
6: A is the most likely and the result of a sane = overload, if one exists. B and C are for broken = overloads. D if the = overload is disabled. E if = is even weirder.
7: E is the most likely - again, this is assuming a sane implementation of operator =. But the mere fact that the question is asked means that 6D is definitely wrong. (You can't ask about what happens to the contents of S2 when the statement modifying it is illegal and won't compile in the first place.) Anyway, note that the destructor of S2 isn't even called for the statement. (Unless the = operator has an insane implementation.)
8: Again, depending on the implementation it could be B or D.
9: While '3' is an integer value, it's the integer value of the ASCII code of the '3' sign, not the actual integer 3. The correct answer is C.