Radiometric dating activity answers awstats not updating

23-Feb-2018 11:53

Probably more violent electrical storms occurred farther to the west soon after the flood, as warmer moist air rising off the Atlantic collided with the cold air above the temporarily high continent of Africa.Today, a region near Oklo receives more lightning strikes than anywhere else on earth. Click here to order the hardbound 8th edition (2008) and other materials.Atomic accelerators bombard nuclei; adding that energy produces radioisotopes and rapid decay.The more electrical current at a location, the more radioactivity and heat produced.Therefore, the heat flow through the earth’s surface should correlate with radioactivity at the earth’s surface.But molten rock produced during the flood (and therefore under water and pressure) would not have been able to release its dissolved [Response: This 66% proposal is ridiculous, because argon, a large atom, is easily trapped between mineral grains and within crystal structures.

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Electrical discharges within the crust generated both heat and radioactivity.

quartz crystals, as seen today, would not have formed if the granite crust slowly cooled and solidified from a melt—even if a strong electrical field had been present.

As the melt slowly cooled, each type of mineral would solidify once its freezing temperature was reached.

The electrical fields would have aligned the quartz grains.

[Response: Granite consists of a mixture of millimeter-size mineral grains.

Electrical discharges within the crust generated both heat and radioactivity.quartz crystals, as seen today, would not have formed if the granite crust slowly cooled and solidified from a melt—even if a strong electrical field had been present.As the melt slowly cooled, each type of mineral would solidify once its freezing temperature was reached.The electrical fields would have aligned the quartz grains.[Response: Granite consists of a mixture of millimeter-size mineral grains.The various scales (such as time, temperature, and size) required—for example, in and around stars hundreds of thousands of times more massive than earth—are so large that experimental support for chemical evolution is necessarily limited.