What is the average annual wind speed in CT?
What is the average annual wind speed in CT?
Connecticut Average Wind Speed City Rank
| Rank | Average Wind Speed ▼ | City / Population |
|---|---|---|
| 1. | 17.87 mph | North Granby, CT / 1,786 |
| 2. | 17.55 mph | Sherwood Manor, CT / 5,449 |
| 3. | 17.42 mph | Sterling, CT |
| 4. | 17.17 mph | East Hartland, CT |
At what level is wind considered strong?
Beaufort Wind Scale
| 0 — Calm | less than 1 mph (0 m/s) |
|---|---|
| 8 — Fresh gale | 39 – 46 mph 17-20 m/s |
| 9 — Strong gale | 47 – 54 mph 20.5-23.5 m/s |
| 10 — Whole gale | 55 – 63 mph 24-27.5 m/s |
| 11 — Storm | 64 – 73 mph 28-31.5 m/s |
How do you calculate wind barb?
Two full lines in parallel would represent 20 knots (23.02 mph) of wind speed. One full line and one half line would represent 15 knots (17.26 mph). Three full lines and one half line would represent 35 knots (40.28 mph). One black triangle and three full lines would represent 80 knots (92.06 mph) of wind speed.
How do you predict wind direction?
In terms of the wind direction, in the northern hemisphere air moves around high pressure in a clockwise direction and low pressure in an anticlockwise direction, so isobars on a weather map indicate the direction and speed of the wind as well as the pressure.
Is Connecticut a windy state?
In general, the windiest states are in the West and the Great Plains, while the Southeast states are the least windy. On the other hand, the ten least windy states in the U.S. are Florida, Arizona, Georgia, South Carolina, Mississippi, Alabama, Louisiana, Utah, Nevada, and Connecticut.
What is the windiest city in the US?
Dodge City, Kansas It’s thought to be the windiest city in the U.S., with an average wind speed of 15 mph.
What wind speed can knock down trees?
– at 39 to 46 mph, branches and limbs can be broken from trees. Cars can also possibly veer on the road, especially high profile vehicles. – at 47 to 54 mph, there will be light structural damage. – at 55 to 63 mph, entire trees can be uprooted and considerable structural damage can occur.
How do you calculate U and V wind components?
Wind: u and v Components
- md = 270 − wwd.
- u = ws * cos(θ)
- v = ws * sin(θ)
- ws = sqrt(u2+v2)