our roofs will blow of and we will loss of shelter
High speed winds blowing over roofs can create uplift forces, potentially lifting roof materials and causing damage. It can also result in roof tiles or debris being blown off, posing a danger to people below. Strong winds can also increase the load on the structure, leading to potential structural damage or collapse if the building is not designed to withstand such forces.
It is possible for a house to sustain damage if winds reach 70 mph, especially if it is not properly built or reinforced to withstand high winds. Factors such as the design of the house, surrounding structures, and local building codes can all play a role in determining the extent of potential damage.
Wind speed estimates of an F2 tornado range from 113 to 157 mph. This was later adjusted to 111-135 mph for an EF2
Winds are typically labeled based on the direction from which they are blowing. For example, a wind blowing from the north is labeled as a "northerly wind." Additionally, winds can be further classified by their speed and characteristics.
Tornadoes lift roofs off buildings mainly through the combination of strong winds and pressure differences created by the swirling vortex of air. Bernoulli's principle plays a role by contributing to the lowering of pressure above the roof, creating lift force. This, along with the internal pressure of the building, can lead to the roof being lifted off during a tornado event.
High speed winds blowing over roofs can create uplift forces, potentially lifting roof materials and causing damage. It can also result in roof tiles or debris being blown off, posing a danger to people below. Strong winds can also increase the load on the structure, leading to potential structural damage or collapse if the building is not designed to withstand such forces.
Winds in a tornado that are strong enough to tear off roofs from buildings can reach speeds up to 200-300 mph (320-480 km/h). This extreme wind speed, combined with the rotating nature of tornadoes, creates incredibly destructive forces that can cause significant damage to structures in their path.
cold winds
I think it is winds,speed, and altitude
It is possible for a house to sustain damage if winds reach 70 mph, especially if it is not properly built or reinforced to withstand high winds. Factors such as the design of the house, surrounding structures, and local building codes can all play a role in determining the extent of potential damage.
During Cyclone Tracy, the wind speed device recorded up to about 217km/h before the building was blown away.
Roofs can be lifted off buildings in tornadoes due to the intense upward and rotational forces created by the tornado winds. These winds can create areas of low pressure on the roof, causing it to be literally sucked off the building, especially if the roof is not securely attached. Additionally, the wind can get underneath the roof and lift it off due to the lack of proper anchoring or fastening.
Winds and waves are the major contributors of beach erosion. Over building by people close to the shore causes erosion to speed up.
The wind speed required to blow off a roof can vary significantly depending on the roof's design and construction materials. Generally, winds of around 60 to 70 miles per hour (97 to 113 kilometers per hour) can start to cause damage, while tornadoes and hurricanes can produce winds exceeding 100 miles per hour, which can easily detach roofs. Properly installed roofs and building codes can help mitigate this risk, but extreme weather events can still lead to significant damage.
if u enter it the immense pressure will crush u and the ship like a paper cup. its also very cold and has high speed winds
No.
it winds and speed