If V is in GROUP II, then who must be in GROUP I?
H
K
M
None of these
If V is in GROUP II, then P and R must be in GROUP I.
If N is selected in GROUP I, who must be selected in GROUP II?
I) M II) P III)S IV) R
If M is in GROUP II, then in how many ways the GROUP I can be selected?
If N is in GROUP II, then in how many ways the GROUP I can be selected?
Who must be in the same group as H?