Answer:
true
Explanation:
the gratational pole attrachts it
Answer:
1) Break down of the nuclear membrane allowing mitotic spindles to connect to kinetochores:A. Metaphase
2)APC degrades securin which allows separase to become active which degrades the cohesin rings: E. Anaphase
3) Dephosphorylation of nuclear pore and lamins: F.Telophase
4) cleavage of plasma membrane by actin and myosin contractile ring:D.Cytokinesis
5) copying of the genome:C. Interphase
6) formation of the metaphase plate:B. Prometaphase
Explanation:
Sweating (to try to remain cool) and increased heart rate (to help deliver oxygen to muscles faster)
Answer:
Decomposers help reclaim carbon from dead organisms and put it back into the carbon cycle so living organisms can use it. Decomposers break down dead plants, animals and waste products. This process releases carbon dioxide through cellular respiration
Decomposers are organisms that occupy the last link in a trophic web. They feed on dead organic matter, returning nutrients to the soil. The decomposers in this trophic web are Mooshroom.
<h3>What is a decomposer in a trophic web?</h3>
Decomposers are organisms that occupy the last link in a trophic web. These are the species that feed on dead organic matter.
Decomposers use the energy and matter found in dead tissues to grow and reproduce. They turn this matter into inorganic matter by remineralizing it. This is how it goes back in the soil nutrient cycles.
Although several species occupy the decomposers link, some common examples are earthworms, bacteria, and fungi.
In the exposed example, we can identify the following trophic levels,
- Producers ⇒ Bear sedge and Bilberry
- Herbivores ⇒ brown lemming, actic fox
- Carnivore ⇒ acrtic fox, weasel
- Carnivore ⇒ Owl
- Decomposer ⇒ Mushroom.
The decomposer is the mushroom, that feed on dead organic matter of all the other organisms.
You can learn more about decomposers at
brainly.com/question/13526806
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