The steep slope stops and slows down the wind,then the wind goes back to normal speed.
I think that the wind gets slower
the slope which the direction of the wind blows.
by the time when warm air meets cool air.
Fuel beds on the upper end of a slope are not always denser and more continuous. While factors like gravity and wind can influence fuel accumulation, variability in vegetation types, moisture levels, and human activity can lead to inconsistencies in fuel density. Additionally, ecological conditions, such as soil type and climate, play significant roles in determining the characteristics of fuel beds across different slope positions. Therefore, while there may be trends, it is not a universal rule.
A ship slope tank is a specialized facility used to conduct experiments on the stability and hydrodynamic behavior of ships and marine vessels. It features a sloped surface that allows water to flow over the model ship, simulating various sea conditions and angles of heel. Researchers use slope tanks to study the effects of waves, wind, and other forces on vessel performance, aiding in the design and safety evaluation of marine craft. This testing helps ensure that ships can navigate safely and efficiently in real-world conditions.
When wind meets a steep slope, it goes up and keeps on going.
I think that the wind gets slower
it will make strong winds blow. (A+)
the slope which the direction of the wind blows.
The cast of Wind Meets Earth - 2012 includes: Andreas Bytoft
Aluetian Island chain or the North Slope.
Water and wind eroding away the rough sides of a mountain.
The most direct cause of wind is a difference in the temperature. The hot air meets the cold air, which causes wind.
well the wind should go uphill, parallel with the slope. It would be hard to take off if the wind was going downhill... i guess...
Slope has always existed. The wind creates sand dunes or water waves which have slopes. Running water cuts valleys out of rock and these have slope. Tectonic movements create mountains which have slope.
by the time when warm air meets cool air.
When wind slows down or meets an obstacle, it loses the energy needed to transport sediment and may deposit the material it was carrying. This process can lead to erosion around the obstacle where the wind's ability to move the sediment is diminished.