The midflame wind refers to the wind speed measured at a height of 6.1 meters (20 feet) above the ground, often used in fire behavior modeling. In contrast, the 20-foot wind is a specific measurement taken at the same height but can vary based on local topography and atmospheric conditions. Both measurements are crucial for understanding fire spread and behavior, but the midflame wind accounts for the influence of surface features on wind patterns more effectively than the 20-foot wind alone. Thus, while they are closely related, midflame wind provides a more relevant context for assessing fire dynamics.
Wind abrades rock by sandblasting, this is the process in which wind causes the blowing of millions of grains of sand, which bump across the surface of rocks.
To compare wind and tides, you can look at their impact on coastal areas such as erosion, flooding, and sediment transport. Wind affects surface currents and waves, while tides are caused by gravitational forces from the moon and sun. Understanding their different mechanisms and effects can help in assessing their influence on coastal environments.
How fast the winds are and were there going
in miles per hourThe wind direction is measured with wind vanes or wind socks.The wind speed is measured with an anemometer.The wind direction is measured with wind vanes or wind socks.The wind speed is measured with an anemometer.
For wind speed: anemometers For wind direction: wind vanes or wind socks
16.7225m2
2120ctn
480 square feet.
What is the gas mileage for 20foot until truck
how was the movie "gone with the wind compared to the civil war
I did it simple... Compare-They both move it. Contrast-They do other things...Like,Wind blows and water flows.
40' * 20 ' = 800 sq feet = 74.3 metres2
Both have wind pollination. Hope this HELPS!! :)
The Menomini language has a large number of words meaning "wind", presumably with different meanings indicating wind direction, strength and speed. A few examples are:anuanematna:miahna:mohnatamno:qnenno:ten (compare Ojibwe noodin)no:wa:nematno:waeqnaenhsewew (compare Cheyenne haa'haeshe, Arapaho heséisén)qsewosa:ma:nematpahpesowwiaskamse:pe:w (compare Blackfoot sopo)wiaskedaewA windstorm is koqnaen, koqnaenowew or no:weqnaenaemew.
an italian-american gone with the wind
Wind abrades rock by sandblasting, this is the process in which wind causes the blowing of millions of grains of sand, which bump across the surface of rocks.
To compare wind and tides, you can look at their impact on coastal areas such as erosion, flooding, and sediment transport. Wind affects surface currents and waves, while tides are caused by gravitational forces from the moon and sun. Understanding their different mechanisms and effects can help in assessing their influence on coastal environments.