Answer:
Because they can compare their findings with other geologest and their results.
Explanation:
Glycolysis requires 2 ATPs to work, but makes 4 ATPs. which results in a net of 2 ATPs.
The process of breaking down glucose into smaller molecules is called glycolysis.
It is a metabolic pathway that transforms glucose into pyruvate.
During glycolysis, 2 molecules of water, pyruvate, and high energy molecules of NADH and ATP are produced as a result of glucose breakdown.
Glycolysis takes place in both types of organisms: aerobic and anaerobic.
In addition to this, high-energy compounds such as reduced nicotinamide adenine dinucleotide and adenosine triphosphate are also synthesized.
In sum, glycolysis is a series f chemical reactions that produce energy and water, and ATP.
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Answer:
The matter and energy is circulated back into nature regardless whether it is eaten or molded.
Explanation:
A molded watermelon is infected with molds (microorganisms of fungal origin).
The energy within the wateemelon is used up by the molds to fuel its life processes. Most of the matter is converted to energy in this form. All in all, the energy and matter goes into nature.
Bacteria and fungi share only a few similarities. Both are cells and microscopic. Both the bacteria and fungi also has a cell wall and a cell membrane. However, these two cells are very much different with respect to each other in many ways. Bacteria, in terms of the cell wall, has a soft cell wall in which the main component is peptidoglycan while for fungi their cell wall is mostly made up of chitin which makes it hard. Bacteria grows by binary fission while fungi grows through branching and elongation. <em>Penicillium</em> is a genus of a fungi with a major role in antibiotic production. Therefore <em>Penicillium</em> share the same characteristics with fungi.