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I learned that loose soil is the strongest so it can do damage to some buildings but if your building is made of frame brick facade then loose soil will do a lot of damage.

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I learned that steel buildings can withstand strong earthquakes but when the soil is loose, it tips, or leans over and crashes.

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I learned that a normal house is no match for a big earthquake. I even learned that if your building is made of steel, then it can even survive a big earthquakes.

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I learned that steel building don't get much damage if soil is stury

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I learned that steel buildings don't get as much as destruction as building made out of wood or bricks.I also learned that different soils have a different type of destruction like some have a lot of destrution and some have very little and some have medium. That is what I learned

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I learned that soil has a lot to do with how the building can withstand an earthquake.I did a steel structure the structure was isolated and the soil was solid.

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I learned that the foundation should be anchored so the earthquake doesn't get damaged.

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From the virtual lab I learned that,bedrock and solid soil should be on the floor.The building should be made out of steel and should be isolated to the ground.

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I learned that soil is a very important to do with building our structure and that steel is more likely to with stand an earthquake.

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I learned that Steel Frame - crossties can withsatnd many moderate and large earthquakes of their foundation is anchored and the ground beneath the building is bedrock.

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I learned that Steel Frame-cross ties are very hard to damage but the wood frame is very easy because it does not have an anchor.

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I learned that some earthquakes can have severe damage to wood and brick but most earthquakes can't break Steel Frame-crossties.

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Something I learned is that earth quakes cause brick houses to break but not brick frame to break.Also I learned that the soil also matters to withstand an earthquake.

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I have learned that different soil can damage everything in the virtual lab.

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I learned that the soil has a lot to do with how much the earth quake will effect the building. I also learned a firm hard structure like steel is less likely to crumble during a earthquake.

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I learned that Steel Frame-Crossties,isolated,solid soil can survive a large earthquake.

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I learned that the soil has to be stiff and that the building will need the right type of soil to stand the earthquake. I also learned that the ground needs to be stiff.

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I learned that you have the right type of building, foundation, and soil to withstand an earthquake.

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I learned that loose soil can make the structure fall because the soil moves around. The ground should be bedrock because it is rock. It is very hard. It should be steel because it is hard and bricks can fall out causing the building to fall. The foundation should be anchored so then it will be hard for the earthquake to break the structure.

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I learned that if you use steel it will hold up the structure.Also if you use solid soil it will hold up the structure and the loose soil can make the building break down and fall into many pieces or damage.

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The Bedrock, Steel frame-Crossties,  bedrock, and it is isolated it can stand a large earthquake

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The lab has changed my understanding of my structure because I found out that my structure doesn't have to sway. The structure should be very secure to withstand an earthquake.