That's right the point.
Haiti has been hit by poverty, makin' it harder to get anti-sismic buildings (If thats the word) which made a much greater damage.
In Chile, most of the buildings are eartquake "safe", the worst part happend down south; Most of the dead victims where over there.
I got whole my family in Santiago (Capital), and what they've told us (We've been able to communicate with them, thank god), the structural damage ain't such as big, except for old buildings like churches, bridges and things like that, but most of the people are OK there; the electricity was came back a few hours after the earthquake.
Allthough, those after-earthquake-Earthquakes (Dont know what you call them in englsih) keep coming which makes us all worry, but AFAIK, everything is "OK"...
Thanks for your worry guys, I really apriciate that.
he scream at own ass. w :v ♥ Formerly known as: Einherjar Silberio ♥
Amazing what modern construction can do to reduce the impact of an earthquake. Most of the buildings after the 1960 earthquake were built to withstand strong earthquakes (probably not another 9.5 though) and the difference between this one and the one in Haiti.
Sad news for all of those in Chile who died or got injured, but it could have been much worse a few decades ago.
Allthough, those after-earthquake-Earthquakes (Dont know what you call them in englsih) keep coming which makes us all worry, but AFAIK, everything is "OK"...
They're called aftershocks.
Glad your family is ok. At last I saw, the death toll was over 400, and hopefully it won't get much higher.
Kyle what's the order of difference between points on the earthquake scale? There was a 9.0 in 1960 in Chile that caused a tsunami to hit Hawaii, yet an 8.8 didn't seem to do much.
"you know what else is a knee slapper? America's dong."
Kyle what's the order of difference between points on the earthquake scale? There was a 9.0 in 1960 in Chile that caused a tsunami to hit Hawaii, yet an 8.8 didn't seem to do much.
Its exponential. A 9.0 is like 10 8.0's.
Quote:
Originally Posted by Wiki
The Richter magnitude scale, also known as the local magnitude (ML) scale, assigns a single number to quantify the amount of seismic energy released by an earthquake. It is a base-10 logarithmic scale obtained by calculating the logarithm of the combined horizontal amplitude of the largest displacement from zero on a Wood–Anderson torsion seismometer output. So, for example, an earthquake that measures 5.0 on the Richter scale has a shaking amplitude 10 times larger than one that measures 4.0.
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