12. This force acting on the wind ow at Wichita was directed generally toward the (southwest), (northwest), (southeast), (northeast). 13. The observed wind direction at Wichita was (parallel), (at an angle) to the force arrow you drew perpendicular to the isobars. 14. Draw a small arrow from the station circle center at a right angle to the wind arrow that represents the Coriolis Effect acting on the wind at Wichita. Your Coriolis arrow is directed generally toward the (west), (north), (east), (south). 15. Because these are surface winds, another force acting generally toward the south on the air in the direction opposite to the air ow at Wichita, was the local (Coriolis), (pressure gradient), (friction) force