rl.bhat, for number 9 you are mistaken. What you said would be correct if we weren't dealing with the magnetic field "inducing" a current in the loop.
The answer would be B for #9. Since the magnetic field B is increasing into the page, the magnetic flux is changing through the loop. A changing magnetic flux induces a current in the loop that produces a magnetic field because current flow causes a magnetic field. This induced magnetic field wishes to resist the changing magnetic flux. Thus, the current will flow such that it causes a magnetic field to resist the increasing magnetic field. In this case, the induced magnetic field is pointing out of the page, to resist the field that is into the page, and current flows counterclockwise.