Fungi are different from plants in that they are achlorophyllous.
<h3>Fungi vs plants</h3>
Fungi and plants are both eukaryotic in nature when it comes to their cells.
However, plants differ from fungi in that plants contain a green pigment known as chlorophyll while fungi do not. The green pigment enables plants to photosynthesize.
Thus, fungi are said to be achlorophyllous.
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Answer:
Because they lose most of the energy as heat when they perform metabolic activities
Explanation:
Cells of all living organisms require energy in form of ATP to perform their cellular functions. In an ecosystem, organisms obtain this energy by feeding on one another. However, these energy transfer starts from organisms capable of using sunlight called PRODUCERS e.g plants.
Herbivores, which are PRIMARY CONSUMERS get their energy by feeding on these plants. However, according to the PYRAMID OF ENERGY, which represents the flow of energy in an ecosystem, only a few portion of the energy (about 10%) derived by plants from the sun gets transferred to herbivores. This is because most of the energy (about 90%) is lost as heat when the plants undergo metabolic activities.
Answer: Tertiary consumers
A tertiary consumer in a food chain is an organism which is carnivorous in nature, which means it feeds upon other organism belonging to lower trophic level like secondary and primary consumers. In ocean foodchain the parrotfish feeds on marine plants which are producers and parrotfish is a primary consumer. This parrotfish is eaten up by big fish which is a secondary consumer. This big fish is feed up by shark. Therefore, shark belongs to tertiary consumers.
Reduced entropy, closeness, and orientation stabilization of the transition state O the enzyme
<h3>How does the proline effect work?</h3>
According to the well-known "proline effect," peptides containing Aze and Pro selectively fragment N-terminal to the Pro/Aze residue to produce yn + ions. Contrarily, peptides that include Pip and NMeA fragment specifically C-terminal to the Pip/NMeA residue to produce bn + ions.
<h3>Proline: an enzyme or not?</h3>
A universal enzyme in all living things is proline dehydrogenase (ProDH), also known as proline oxidase (POX). It catalyzes the conversion of L-proline into delta1-pyrroline-5-carboxylate, releasing electrons that can then be transported to either electron transfer systems or molecular oxygen.
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Answer:
Todo ser vivo está formado por células.
La celula eucariota es la más evolucionada se puede denominar en animal o vegetal
