the hawk is facing or soaring throught the sky. the wind is pushing it and so the hawk just soars. than it may have to keep going so it flaps its wings......You asked a great question and i am getting this answer out of a text book so this is a true answer.
LOVE ONE ANOTHER AS ONE WOULD LOVE U
an updraft caused by winds as they srtike such obstacles as mountains or cliffs and are deflected upward; used by soaring birds to gain altitude without flapping
A hawk can soar upward by riding on rising columns of warm air called thermals. The hawk positions itself in the thermal and uses the updraft of warm air to gain altitude without flapping its wings. By circling within the thermal, the hawk can maintain its altitude or climb higher as it rides the convection currents.
A hawk can soar upward without flapping its wings by utilizing convection currents, which are upward streams of warm air. As the sun heats the Earth's surface, the warm air rises, creating these currents. By gliding into these rising columns of warm air, the hawk can gain altitude effortlessly, conserving energy while maintaining flight. This technique allows it to travel long distances while searching for prey.
the hawk is facing or soaring throught the sky. the wind is pushing it and so the hawk just soars. than it may have to keep going so it flaps its wings......You asked a great question and i am getting this answer out of a text book so this is a true answer. LOVE ONE ANOTHER AS ONE WOULD LOVE U
organisms
A convection current is a mass of warm air moving upwards because it is less dense than the air around it. These currents are usually called "Thermals" and care capped at their top by a cumulus cloud. If a bird can find the rising column of air that is a thermal and circle round in it, the bird is carried aloft with the air, without the need to flap its wings.
Ockham's Razor.
yes, basically they stick downward but sometimes they stick upward.
No, because buoyancy is the upward force exerted on an object in a fluid due to the surrounding fluid pressure being greater at the bottom of the object than the top. Gravity is necessary to create this pressure difference that leads to buoyancy. Without gravity, there wouldn't be a pressure gradient to cause the buoyant force.
supine position , sometimes called the recumbent position, is on the back, face upward.
enables the fish to maintain its depth without floating upward or sinking.
Hoses cause a rope wave when you grasp their ends in each hand, and Whip them downward and upward repetitively.