CPT 20 Q. #20 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 20. How could the plates have accelerated to CPT velocities without ripping apart and without being impeded by drag from the underlying asthenosphere? Response: As I have mentioned previously in answers to earlier questions, the fact …

CPT 21 Q. #21 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 21. Would a ring of cold material in the earth’s upper mantle that was on the verge of catastrophic runaway, as you postulate, if part of God’s original construction of the earth, be consistent with God’s declaration at the end of …

CPT 22 Q. #22 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 22. Would a ring of cold material in the upper mantle sufficient to produce the rotational instability you talked about in your 2008 ICC presentation, if present from the earth’s creation, not cause rotational instability immediately …

CPT 23 Q. #23 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 23. Why should density differences due to temperature differences even matter in the mantle when the density differences among the different minerals are so large by comparison? Would not the minerals rise and sink in accordance with …

CPT 27 Q. #27 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 27. How can the oceans avoid being heated to the boiling point as all the present ocean crust is rapidly generated via seafloor spreading along the mid-ocean ridges during the Flood? Response: The question of how the oceans might …

CPT 28 Q. #28 – 101 Questions and Answers Concerning Catastrophic Plate Tectonics Q. 28. Can you explain the ‘viscosity floor’ parameter you mention in your papers on CPT and describe how it affects the time scale of the TERRA calculations? Response: What I have referred to as a ‘viscosity floor’ in TERRA is a limiting …