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What type of organism most likely to leave carbonized remains?

Plants


Carbonized remains of plants and animals?

Carbonized remains are the preserved remnants of plants and animals that have undergone a process called carbonization, where organic material is transformed into a carbon-rich residue. This carbonization process can occur naturally due to high pressure, heat, and lack of oxygen, resulting in the formation of coal, oil, and natural gas deposits. These carbonized remains provide valuable insights into past ecosystems and can be used as fossil fuels for energy production.


When did Carbonized end?

Carbonized ended in 1996.


When was Carbonized created?

Carbonized was created in 1988.


What did Thomas Edison use as filament?

Thomas Edison used carbonized bamboo as a filament in his early incandescent light bulbs before switching to a carbonized cotton thread.


What is the plural form of remains?

The plural form of "remains" is "remains." The word remains is an uncountable noun and does not change in the plural form.


What is partially carbonized moss?

peat


What is a carbon fossil?

A fossil of a plant, insect, animal - carbonized; the meaning of carbonized is reduced only to a carbon footprint.


What did thomas Edison use in filaments?

Thomas Edison used carbonized bamboo as a filament in his early light bulbs. He later experimented with other materials such as carbonized cotton thread and finally settled on a carbonized bamboo filament for commercial light bulbs.


What rhymes with hypnotised?

mesmerized carbonized plagiarized


What 2 things did Edison make to make a filaments?

Edison made a carbonized cotton thread and a carbonized bamboo filament to improve the longevity of the light bulb. These materials were more durable and longer-lasting compared to previous filaments like carbonized paper or platinum.


Can you learn much about the thickness of an organism from carbonized remains?

Yes, carbonized remains can provide information about the thickness of an organism by preserving some structural features like bones, shells, or plant stems. However, the level of detail that can be determined may vary depending on the preservation process and the type of organism. Additional methods such as CT scans or 3D imaging may be needed for a more accurate assessment of the thickness.