Answer:
Organisms often preserved by carbonization include fish, leaves and the woody tissues of plants. permineralization or petrifaction takes place in porous materials such as bones, plants and shells
Answer:
(C) The molecules essential to life today could have formed under early Earth conditions.
Explanation:
The results of Miller's experiments better support the hypothesis that molecules essential for life today could have formed under early Earth conditions. That's because Miller, in his hope, created an environment very similar to primitive earth. This environment consisted of water vapor, hydrogen gas, methane and ammonia, but this environment was able to synthesize organic molecules after receiving a discharge of electric sparks, which can be seen in the theory that explains the origin of life on earth.
The earth's atmosphere had a different composition from today. It is believed to be composed of methane, ammonia, hydrogen and water vapor. Strong lightning strikes and sun-radiated ultraviolet rays would have promoted a wide variety of chemical reactions in the atmosphere, leading to the emergence, among others, of simple organic molecules such as alcohols, amino acids and sugars.
Answer:
snsngdsnbfd
Explanation:
gbfnvddddddddddddcbcvgbngng
True The second law of thermodynamics is broken when a fertilised egg grows into a sophisticated adult organism. The second law of thermodynamics is broken when a fertilised egg grows into a sophisticated adult organism.
<h3>What does chemistry's second law of thermodynamics say?</h3>
According to the second rule of thermodynamics, processes and chemical reactions only take place if and only if they cause an increase in entropy in the universe that is higher than or equal to zero.
<h3>Do cells fall under the second rule of thermodynamics?</h3>
No Closed systems fall under the purest application of the Second Law of Thermodynamics. Closed systems cannot exist in living systems; otherwise, they are not living.
To know more about Law of Thermodynamics visit:-
brainly.com/question/1368306
#SPJ4