It depends on the house and the tornado. Some brick and masonry houses are built better than others and tornadoes vary in strength. In an EF5 tornado virtually any structure will be destroyed. Only the very strongest steel-reinforced structures can withstand such a storm.
Yes, an EF3 tornado can potentially cause significant damage to a brick house, including structural damage such as roof removal and exterior wall collapse. The severity of the damage would depend on various factors such as construction quality and tornado intensity.
It is very unlikely for a tornado to directly knock down a 5-story brick building. Tornadoes are typically capable of causing significant damage to structures, but the structural integrity of a 5-story brick building would make it highly resistant to collapse from a tornado.
It depends on how well-built the house is. According to the Enhanced Fujita scale it takes winds of about 150 mph (EF3) to reach the level of "most walls collapsed, except small interior rooms" for a well-built house and a 170 mph (EF4) wind to have "all walls collapsed."
The highest strength rating a tornado can receive is EF5. Areas impacted by the full force of an EF5 tornado will experience total destruction. Well-built houses will be wiped clean of their foundations, and steel reinforced structures will be leveled. The lowest strength rating a tornado can receive is EF0. An EF0 tornado can peel shingles from roofs, break tree branches, and knock down a few trees. Some very weak structures may be destroyed.
Flying debris can shatter windows and doors. If the tornado is strong enough, it can blow the roof right off of a building or knock down walls. In the worst cases, structures can be leveled to the ground or even completely blown away. The severity of damage can be rated on the Enhanced Fujita (EF) scale. See the related link(s) listed below for more information:
Yes, a strong enough tornado can potentially knock down a brick house or cause significant structural damage. Tornadoes are capable of producing extremely high winds and destructive forces that can impact even well-built structures.
Yes, an EF3 tornado can potentially cause significant damage to a brick house, including structural damage such as roof removal and exterior wall collapse. The severity of the damage would depend on various factors such as construction quality and tornado intensity.
Example: A tornado can knock over houses and spoil towns and villages.
Yes, carlin said knock it out
Yes, a tornado can potentially knock down a mausoleum due to its extreme winds and destructive power. The strength and size of the tornado, as well as the construction materials and design of the mausoleum, will determine the extent of damage.
Entering a House - "Ko ko!" means "Knock knock!"
If you are alone in your house and you say: "Knock, knock" and they say: "Who's there?" Your house if haunted!
Knock Knock - Who's there? - The IRS. We are taking your house.' Another is 'Knock Knock - Who's there? - Stalin. - Stalin who? - Stalin for time!'
It depends on the tornado. A weak tornado of EF0 or EF1 strength might knock down a fence or two, damage or destroy a barn, or blow apart a few hay bales. A stronger tornado of EF2 or EF3 strength could easily destroy a barn and badly damage or destroy a farm house. Livestock may be killed. At this point a farmer's life is in notable danger. A violent tornado of EF4 or EF5 strength can completely destroy an entire farm. In some EF5 tornadoes, farms have essentially vanished, leaving the concrete foundations of buildings as the only evidence that they ever existed. In some cases tornadoes such as this have killed entire families.
It is very unlikely for a tornado to directly knock down a 5-story brick building. Tornadoes are typically capable of causing significant damage to structures, but the structural integrity of a 5-story brick building would make it highly resistant to collapse from a tornado.
knock on the door.....................
It depends on the quality of construction of the house. Based on the wind speed estimates of the Enhanced Fujita scale, a tornado with peak winds of about 150 mph or higher would cause most houses to collapse.