Which of the following are optically active?

Check all that apply.

There is a ring with four vertices. An OH group is attached to the first vertex with a wedge and to the third $($clockwise$)$ vertex with a dash.

There is a ring with four vertices. An OH group is attached to the first and the third $($clockwise$)$ vertices with a wedge. A CH$3$ group is attached to the second vertex with a dash and the fourth vertex with a wedge.

There is a ring with four vertices. An OH group is attached to the first vertex with a dash and to the second $($clockwise$)$ vertex with a wedge.

There is a ring with four vertices. An OH group is attached to the first vertex with a wedge. A CH$3$ group is attached to the second $($clockwise$)$ vertex with a wedge.

There is a ring with four vertices. An OH group is attached to the first and to the third $($clockwise$)$ vertices with a wedge. A CH$3$ group is attached to the second and to the fourth vertices with a dash.

There is a ring with four vertices. An OH group is attached to the first vertex with a wedge and to the third $($clockwise$)$ vertex with a dash. A CH$3$ group is attached to the second vertex with a dash.

There is a ring with four vertices. An OH group is attached to the first and the second $($clockwise$)$ vertices with a wedge.

There is a ring with four vertices. An OH group is attached to the first and the third $($clockwise$)$ vertices with a wedge.