There is a Phillips or torx screw at the top and side of the headlight assembly. Turn the top screw in to raise the headlight. The side screw to go left or right.
Choose a location on level ground in front of a blank wall or a garage door. Position the vehicle so it's perpendicular to the wall and about 25 feet back. Have the fuel tank half full and the tires aired to the proper PSI.
Set up a double-crossbar target on the wall, using black electrical tape. Measure the distance from the center of one headlamp to the center of the other. Use this as the span between uprights of the crossbars. Now measure the distance from the ground to the horizontal midline of the headlight. Let this be the height of the horizontal bar.
With the vehicle 25 feet from the wall and the headlights on low beam and aimed at the crossbars, adjust the vertical and horizontal alignment screws on each headlight until each beam is centered exactly. You may need to raise the hood to get to the adjustment screws, if they are inside.
This method will give you an approximate adjustment. To have your headlights aligned precisely, take your car to an auto-service center that has the proper equipment or a dealer.
There are 2 screws on each light, if you open them and look toward the bottom you will see a screw that's the height, the other one is on the side of the light this is the left to right position, both can be seen if you are looking from the front toward the car
Have you tried pulling the round headlamps switch/knob out (ie. toward you), when the headlamps are switched on ?
The Northern Hemisphere experiences winter when the South Pole is pointed toward the Sun.
Nothing.
I'm pretty sure if a persons knee, or shoulders, are pointed to you they like you.
i do not like this
Winter
summer
It has a eclicispe of th sun
That is the correct spelling of the word "aimed" (pointed toward a target).
that is virtually impossible if neither hemisphere were pointed toward the sun we would have no seasons
If one end the Earth's axis always pointed toward the sun, then one pole would ALWAYS be in daylight, and the other pole would NEVER see daylight. Which is which would depend on which end of the axis pointed toward the sun. The Earth's "poles" are the ends of its axis of rotation. It's not possible for either end of the axis to point toward the equator or toward my latitude.