By giving it a streamlined shape.
by flying in the air
You don't "resist" it but you "reduce" it. For example, many vehicles and projectiles are made in a streamline design to reduce air resistance.
Air resistance is also called drag on a vehicle. When the vehicle moves forward it must push the air molecules out of the way, this causes resistance or friction. The faster the vehicle is going, the faster it is pushing the air molecules out of the way causing greater resistance.
to reduce air resistance or drag.
To reduce air resistance.
Bikes cars and other moving objects experience air resistance as they move.Air resistance is caused by the frictional forces of the air against the vehicle. The faster the vehicle moves the bigger the air resistance becomes.
Trains (and other vehicles that move rapidly through the air or water) are shaped to provide low resistance to movement. For vehicles that move through air, the smaller the front of the vehicle, the less resistance to air flow. If the front of the vehicle is blunt (like a flat wall), then when it moves, the air must flow around the wall on all sides. This causes the air to build up pressure in front as the wall pushes against the air. To reduce the pressure, if the vehicles is "stream-lined", or made to resemble a rain-drop shape, or an arrow shape, with a sharp point tapering back to a larger shape, then the air pressure in front of the vehicles is reduced, resulting in less power spent to overcome air resistance. Also, projections and things that stick out are eliminated or minimized to further reduce air friction.
to reduce air resistance
To reduce air resistance or drag.
It tends to reduce air (or water) resistance.
By designing the car to be as streamlined as possible.
Air friction, friction from the road