According to the theory of plate tectonics, Earth is an active planet

The theory of plate tectonics (meaning

Plate Tectonics Essay | Bartleby

Hot spots produce a very unique kind of evidence for plate tectonics. Hot spots are thought to be stationary plumes of hot rock rising from the mantle and melting. Because hot spots remain stationary for long periods of time, and are independent of plate movements, it is possible to use them to determine the rate and direction of movement of overriding plates at different periods of time.

The theory of plate tectonics (meaning "plate structure") was developed in the 1960's.

FREE Essay on Story of Plate Tectonics - Direct Essays

In any case, the creation account in Genesis 1-2 is incomplete. Astronomy shows us this in a spectacular fashion. I think that the biological account in Genesis is also incomplete. Who can completely describe the mighty work of creation in just 2 chapters? Not Moses, nor any other possible human author of Genesis. God Almighty rested for the only time recorded in the Bible! I think there is a lot more that happened historically than just those relatively few words in Genesis 1-2. I think a few sentences cover millions of historical years, such as in Genesis 2:7: "The time came when the Lord God formed a man's body from the dust of the ground and breathed into it the breath of life. And man became a living person."

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There are several examples of divergent plate boundaries creating or expanding oceans, gulfs and seas. Choose either the East African Rift zone or the Gulf of California area and explore the plate tectonics in the region. Briefly but thoroughly answer the following questions.

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Essay on Evidence for Plate Tectonics

The crude fit of present day shorelines of certain continents, matching fossils on landmasses separated by considerable distances, rock type and ages, and structural similarities and comparable mountain ranges on separate continents and paleoclimate evidence (glaciers, fossils from coal fields) provide support for the Theory of Plate Tectonics. Magnetic anomalies assist in the notion that tectonic plates move across Earth’s surface. Mountains, earthquakes and volcanoes are the result of interactions between plates at their boundaries.

Blueprint Builders – Plate tectonics and earthquakes essays

The question "What is the driving force of plate tectonics?" has occupied the minds of geophysicists for 40 years. There are several possible sources of energy, but a majority of geophysicists would likely agree that heat flowing from the mantle to the surface is a likely candidate. Figure 9 is a cartoon of how this works. Hot material rises from the deep mantle to the base of the lithosphere in the upper mantle at a spreading ridge. Here it flows laterally rejecting heat all along the way. This heat gets conducted to the earth's surface. As it cools, the lithosphere thickens. Eventually the lithosphere is forced, somehow, back into the mantle where it must melt, mix back into the bulk material, and reappear millions of years later at a ridge again. As the material descends and mixes, it absorbs heat.

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Most creationists are aware of the huge disparity between this figure and the height of Mt. Everest. They propose various mechanisms during the Flood year to address the problem (vapor canopy, extremely catastrophic plate tectonics, underground aquifers). I do not find these theories credible on Biblical or scientific grounds.

Science Matters: Plate Tectonics: Paper Fault Models

The plate tectonic cycle is, therefore, a heat engine. The amount of heat it rejects amounts to 0.04 watts/m2 averaged over the entire earth, which seems quite insignificant when one considers that this is enough energy for only one reading lamp every 100m2. Solar energy is ten-thousand times larger.