You can use a mass damper
There are many ways to make buildings less likely to collapse in an earthquake.
Such as using good quality materials and reinforcing the building with steel beams. There are also several advanced techniques for building tall buildings which allow them to move with the earthquake rather than against it. (like a tree swaying in the wind) This technique is used in both Japan and California.
Even though there are ways to make buildings withstand much fource, no building can withstand extremely powerful earthquakes.
you can use hard materials and make the house a dome shape
Perform soil investigation at the building location to determine related seismic coefficients to be adopted. Subsequently, analyze and design the building components (slabs, beams, columns, footings, etc) based on the results of the investigation and locally acceptable design codes and regulations.
The most common way is a mass damper, which is a giant weight in the roof which shifts during an earthquake in order to pull the building in the opposite direction that it is swaying.
Flexible connections
The examples of humans adjusting to changing landforms are mainly seen in more developed nations. As an example, due to the earthquakes in places like Japan and San Francisco, new building codes have been made to have the construction of new buildings to meet standards that will help prevent building collapses in an earthquake. In addition, wherever possible, older buildings have been strengthened by using new technologies. A perfect example is the huge building in New York City called the CitiCorp building. Based on the instability seen in hurricanes that have affected New York City, it was seen that the Citicorp center building was not strong enough to sustain itself in extra heavy winds. Engineers and architects were able to enhance the strength of this building to prevent its collapse and the destruction it would cause to nearby buildings.
so that it is less expensive as you don't have to pay as much for heating. It also helps prevent global warming. It also saves energy and helps keep the house warm if u prevent the house form loosing heat. T :) TAMI
The main things mold needs to grow in a home are organic materials to feed on and moisture. In houses there are always plenty of organic materials for mold to live on such as wood, drywall and various other building materials. You can prevent from mold by applying following points: 1 Prevent moisture with proper ventilation. 2 Dry wet areas immediately 3 Equip your home with mold-resistant products. 4 Monitor humidity indoors. The EPA recommends keeping indoor humidity between 30 and 60 percent so dry the surface immediately or remove moisture. 5 Improve air flow in your home. 6 Clean or repair roof gutters of your house.
because glass and chinaware are delicate substances and can break with a little shock.So,they are packed with straws as straws have air pockets which decreases force and prevent glass and chinaware from breaking
yes alabaster was used to prevent decomposition or roting
When the ground starts to shake, if the buildings aren't earthquake-resistant, then it's likely the building will collapse on you (that is if you are in a building) If you aren't then the ground can sometimes open up or there's a possibility other things can fall on you. If you're downhill then a rolling car can crush you. To prevent this get into a safe place like an earth-quake resistant building or just move away from a country with earthquakes. Hope this helps :)
Earthquakes are a natural phenomenon that we have no control over, so can not prevent an earthquake. All we can do is to monitor the stresses in areas prone to earthquakes, so as to give as much early warning as possible. Building earthquake resistant buildings will help to lessen the collapsing of building onto people inside or nearby.
A seismograph itself cannot prevent the effect of an earthquake. It is an instrument that measures and records seismic waves generated by an earthquake. The data collected by seismographs helps scientists study and understand earthquakes, which in turn can contribute to improved building codes and earthquake-resistant infrastructure. Preventing the effect of an earthquake requires engineering solutions such as designing structures to withstand seismic forces or implementing early warning systems.
You should place a more solid structures to it to prevent it from shaking. This way it wont collapse.
An Earthquake Shut-Off Valve is a device designed to automatically shut off the flow of natural gas to a building in the event of an earthquake to prevent gas leaks and potential fires.
Earthquake shock absorbers do exactly what they say on the tin, they absorb some of the energy generated by an earthquake, in order to prevent structural damage. Most tall building in San Francisco are built on the shock absorbers, so that they can still stand after an earthquake
You can not prevent an earthquake and tsunami like you can prevent getting sick before you get sick.
If you make sure there is enough lubrication it will prevent it from breaking (dryness creates breaking).
no
Earthquakes are natural occurrences that humans have no control over. Monitoring an area prone to earthquakes could give the populace a warning. Not building in earthquake areas is another solution to prevent loss of life and property.
You can't.
what are the steps to prevent earthquake