According to evolutionary theory, all matter came into existence by itself. At a later time on our planet, living creatures quite literally “made themselves.” Such views sound like Greek myths. But if these theories are true,—where did the laws of nature come from?
(1) Evolution teaches that matter is not conservative but self-originating; it can arise from nothing and increase. The First Law of Thermodynamics annihilates this error.
The First Law of Thermodynamics is also called the Law of Conservation of Mass/Energy. It says this: “Energy cannot by itself be created nor destroyed. Energy may be changed from one form into another, but the total amount remains unchanged.”
(2) Evolution teaches that matter and living things keep becoming more complex and continually evolve toward greater perfection. Just as inorganic matter becomes successively more ordered and perfect (via the Big Bang and stellar evolution), so living creatures are always evolving into higher planes of existence (via species evolution). The Second Law of Thermodynamics devastates this theory.
The Seond Law of Thermodinamycs is also called the Law of Increasing Entropy (or disorder). The First Law of Thermodynamics speaks of the quantitative conservation of energy. The Second Law of Thermodynamics refers to the qualitative degeneration of energy. That energy decay is also called “entropy.” Entropy increases as matter or energy becomes less useable.
Basically, the Second Law states that all systems will tend toward the most mathematically probable state, and eventually become totally random and disorganized. To put it in the vernacular, apart from a Higher Power, everything left to itself will ultimately go to pieces.
Evolutionists work on three basic assumptions:
(1) laws automatically sprang into existence out of designless confusion,
(2) matter originated from nothing,
(3) living things came from non-living things.
But just as matter and life did not make itself, so law did not make itself either.
(1) Evolution teaches that matter is not conservative but self-originating; it can arise from nothing and increase. The First Law of Thermodynamics annihilates this error.
The First Law of Thermodynamics is also called the Law of Conservation of Mass/Energy. It says this: “Energy cannot by itself be created nor destroyed. Energy may be changed from one form into another, but the total amount remains unchanged.”
(2) Evolution teaches that matter and living things keep becoming more complex and continually evolve toward greater perfection. Just as inorganic matter becomes successively more ordered and perfect (via the Big Bang and stellar evolution), so living creatures are always evolving into higher planes of existence (via species evolution). The Second Law of Thermodynamics devastates this theory.
The Seond Law of Thermodinamycs is also called the Law of Increasing Entropy (or disorder). The First Law of Thermodynamics speaks of the quantitative conservation of energy. The Second Law of Thermodynamics refers to the qualitative degeneration of energy. That energy decay is also called “entropy.” Entropy increases as matter or energy becomes less useable.
Basically, the Second Law states that all systems will tend toward the most mathematically probable state, and eventually become totally random and disorganized. To put it in the vernacular, apart from a Higher Power, everything left to itself will ultimately go to pieces.
Evolutionists work on three basic assumptions:
(1) laws automatically sprang into existence out of designless confusion,
(2) matter originated from nothing,
(3) living things came from non-living things.
But just as matter and life did not make itself, so law did not make itself either.
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