no it needs to be about 75-85 mph and over for windows to break...big windows break faster than smaller windows.
Generally 30 days brings concrete to to specified compression strength. Concrete may take 30 years to cure.AnswerConcrete will harden to about 80% strength in 2-3 days and close to 100% strength in 28 days. Concrete driveways should be towards the latter end prior to driving on them. AnswerAs a former concrete inspector, I would agree with the first answer. AnswerConcrete takes 50 years to completely cure and then takes 50 years to break down
Suresh Neotia 50% and Holcim (second large cement manufacture in world) of 50%
form_title= Concrete Sealer form_header= Seal all the projects in your home with concrete sealer. What is the sealer for?*= _ [50] How much sealer do you need?*= _ [50] Have you ever used sealer?*= () Yes () No
50 years
$45-50 per hour
Yes, trees can be knocked down by 50 mph winds.
Yes; winds of 50 MPH will cause it to sway up to three inches.
Winds of 50 mph are considered strong and fall into the category of "strong wind" on the Beaufort scale. These winds can cause minor damage such as broken tree branches, loose objects being blown around, and difficulty walking or biking against the wind.
Winds of 50 MPH will cause it to sway up to 3 inches.
It would be very challenging to walk in 50 mph winds as it is considered gale-force wind. The wind speed can create difficulties in maintaining balance and forward momentum, making it a potentially dangerous environment for walking.
It varies depending on the type and intensity of the whirlwind. Steam devils probably produce winds no stronger than a few mph. Winds in dust devils are typically around 30 mph and usually do not go above 50 mph, though at least one dust devil had peak winds estimated at 75 mph. Fair-weather waterspouts may have winds in the range of 40 to 70 mph, usually no stronger. Tornadoes, the strongest whirlwinds, outstrip them all. Most tornadoes are categorized as "weak" with peak estimated winds of 65 to 110 mph, but the destructive ones are generally much stronger. In the most extreme cases, small subvortices within a tornado can produce wind gusts to over 300 mph.
50 mph is 31.07 kph.
50 kph = 31.07 mph
roughly 31 mph. the formula is (KM * 0.62)
50 kph = 31.07 mph
50
50 kmh is approximately 32 mph