What can you do on a windy day?

10+ Ideas for Windy Days

• Fly a kite. Experiment with a range of flying kites and see which work best.
• Experiment with wind socks, windmills and streamers.
• Storm damage.
• Cloud racing.
• Discover the wind direction.
• Seed scattering and leaf catching.
• Wind-blown messages.
• Explore eddies and shelter.

What can 100 mph wind pick up?

100+ mph – When wind speeds get up to 100+ MPH you start to see major issues even in sturdy, well-built homes. You can expect to see extensive damage. Downed trees everywhere. Major damage will occur to your roof and your siding.

What is a windy day?

An extratropical low or an area of sustained surface winds of 34 (39 mph) to 47 knots (54 mph).

Do Storms make trees take deeper roots?

Storms don’t typically cause trees to develop deep roots, but moderate rainfall and light winds are necessary for the development of tap roots. Trees with shallow or damaged root systems, such as those growing in urban areas, are frequently damaged by storms.

Is 19 mph wind strong?

4 – Moderate breeze, 13-18 mph. This is what you would expect on a slightly breezy day in autumn, with the branches of trees moving. 5- Fresh breeze, 19-24 mph. 6- Strong breeze, 25-31 mph.

What force is 40 mph wind?

What can 30 mph wind do?

A Wind Advisory means that sustained winds of 30 mph for one hour and/or frequent gusts of at least 45 mph are occurring or expected within the next 36 hours. These winds will make it difficult to drive high profile vehicles. Winds this strong may damage trees, power lines and small structures.

What can 55 mph winds do?

The winds of 15-25 mph, with gusts of up to 45 mph, may blow around unsecured objects, take down tree limbs and potentially cause power outages. – at 55 to 63 mph, entire trees can be uprooted and considerable structural damage can occur. – above 64 mph, expect widespread structural damage.

How do you convert force to speed?

1. Step 1: Solve for the Acceleration. Since you know that F = ma, F = 100 N and m = 5 kg,
2. Step 2: Solve for the Velocity. Substitute the acceleration you just calculated into the kinematic equation given above, with the initial velocity v0 equal to zero:
3. Step 3 (Optional): Convert to Miles per Hour.

What can 50 mph winds do?

At 40 mph, branches start to rip off trees, even “well-secured branches,” said James B. Elsner, a geography professor at Florida State University who studies hurricanes. Heading toward 50 mph, shingles can tear off roofs, Elsner said, and eaves can lift and blow away, “especially on weaker structures like sunrooms.”