Excerpt Earthquakes play a role in Bible prophecy. They are mentioned in the Book of Revelation 6:
Below the mantle is the fluid outer core, and, at about 3, mi depth, the apparently solid inner core.
The province of earthquakes recorded thus far is from the crust to a maximum depth of about mi. These diamond-smashing pressures produce a rigidity in mantle rock about four times that of ordinary steel, with an average density about that of titanium. This very solid mantle rock seems to behave, over periods of millions of years, like a very sluggish fluid.
Something, perhaps the temperature difference between the white-hot region near the core and the cooler region near the crust, drives slow-moving cycles of rising and descending currents in the mantle rock itself.
Evidently, these currents rise beneath the thin-crusted ocean floor, thrust up the mid-ocean ridges, and generate the stresses that produce their spine-like transverse cracks and shallow earthquakes.
This is believed to be the force that causes material to well up through the crust, replacing and spreading the old sea floor, and pushing drifting continents apart. Where the currents begin their descent at the edges of continents, they produce compressive pressures, and massive folding in the form of trenches and mountain ranges.
These regions are the sites of the deeper earthquakes, and of most volcanism. Earth stresses and strains and then releases Stresses generated in the crust and upper mantle by convective currents are stored in the form of strain—physical deformation of the rock structure.
Under normal circumstances, the "solid" rocks deform plastically, releasing pent-up energy before it builds to catastrophic levels.
But, when stresses accumulate too rapidly to be removed by plastic flow, some structural compensation is necessary. Large blocks of material are slowly forced into highly strained positions along faults, and held in place by a supporting structure of stronger materials.
These energy-absorbing zones of weakness continue to shift, like longbows being pulled to the breaking point. Finally, more stress causes the supporting rocks to rupture, triggering the "cocked" fracture back toward equilibrium.
The sides of the rebounding fault move horizontally with respect to one another strike-slipvertically dip-slipor in combinations of such motion, as in the large-scale tilting that accompanied the Alaska earthquake in March Foreshocks and aftershocks Sometimes all the energy to be released goes out in one large wrench, followed by trains of smaller tremors, or aftershocks, produced by continuing collapse and slippage along the fracture.
Sometimes the fault shift is preceded by the small structural failures we detect as foreshocks. Small tremors were detected for days after the initial event.
However, all small tremors or earthquake "swarms" do not necessarily indicate that a big one is on the way. The Matsushiro, Japan, swarm maintained an intermittent tremble for more than a year, probably doing more psychic than physical damage.
Of more thantremors recorded between August 3,and the end of60, were strong enough to be felt, and were damaging.# Is this YOU?
For the time has come (which is NOW) when people will not put up with “SOUND DOCTRINE”.They choose to listen to those that say what their ears itch to hear. They turn from God′s Word and turn to meaningless talk that makes them .
PUBLISHERS’ NOTE. Instincts and appetites form a part of all life on earth. Sense impulses and biological urges are common to animal and man alike.
Earthquakes are awesome natural phenomena that intrigue geologists who study them and terrorize victims who experience them.
People caught in an earthquake often refer to it as one of the most terrifying experiences of their lifetimes. An earthquake with its epicenter at Northridge in the San Fernando Valley, north of Los Angeles, California, jolted people awake in the early morning hours of.
The Origin of Earth’s Radioactivity SUMMARY: As the flood began, stresses in the massive fluttering crust generated huge voltages via the piezoelectric effect. 4 For weeks, powerful electrical surges within earth’s crust—much like bolts of lightning—produced equally powerful magnetic forces that squeezed (according to Faraday’s Law) atomic nuclei together into highly unstable. We shall take a basic look at the technology involved in controlling the weather. We shall try to take a simple look so you can understand a most complex scientific subject. Sometimes the simple solutions are the best ones. Though the best solutions are sometimes the boring ones, occasionally they achieve a sort of elegance that keeps them from being initiativeblog.comgh lacking the over-the-top badassery and flashy visual effects that would make it Awesome, but Impractical, their very simplicity gives them a sort of awesomeness all their own.
This page is now available in the book titled, "People Get Ready!" (now in Spanish downloadable RTF format!Jesus said before he returns, that His followers in Jerusalem must flee to the mountains, and then Jerusalem will be destroyed. The Really Big One An earthquake will destroy a sizable portion of the coastal Northwest.
The question is when. Powerful earthquakes like the magnitude temblor that rocked central Italy early this morning (Aug. 24) are surprisingly common in the region, geologists say.