Animal cells lack a cell wall and instead have a cell membrane. They have lysosomes and ribosomes, and a nuclear membrane surrounds their nucleus. Accordingly, the first description;
- Cell membrane present;
- ribosomes present;
- lysosomes present;
- nuclear membrane present.
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What is lysosome?
Every eukaryotic cell contains lysosomes, which are membrane-bound organelles. They are well-known as terminal catabolic stations that eliminate waste from cells and scavenge metabolic raw materials to maintain vital biosynthetic reactions under starvation.
Matches with ANIMAL cell
On the other hand, plant cells feature a structure known as a cell wall that is more stiff than cell membranes. Large vacuoles are a characteristic of plant cells. Additionally, they have a nuclear membrane covering their nucleus. The following explanation:
- Cell wall present
- Ribosomes present
- Nucleus present
- Large vacuole present
Matches with PLANT
Viruses do not have any membrane on its wall nor its nucleus. Basically, they have no internal structures. The fourth and last description:
- Reproduces inside of a cell
- Nucleus absent
- RNA present
Matches with VIRUS
Prokaryotes are simple cells that do contain a cell wall, but because they lack a clearly defined nucleus, they also lack a nuclear membrane. The subsequent explanation:
- Cell wall present
- Ribosomes present
- Nuclear membrane absent
Matches with PROKARYOTE
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Answer:Diarrhea
Explanation:
Influenza is a type of viral infection. It is commonly described as flu. Its symptoms are usually worse than normal cold.
Most of the symptoms of flu are not observed during the starting few days and one may transfer it to another person before knowing about it.
The main symptoms of flu includes headache, dry cough, muscular aches. It does not includes diarrhea.
There both planets........
Answer:
increased; almost 100%
Explanation:
The peppered moth witnessed a change in its color and the number at the end of the eighteenth century. The reason behind this was the Industrial Revolution that led to an increase in air pollution. With the increase in air pollution, the dark-colored moths increased in the number. Later, when air pollution decreased, the light-colored moths started to predominate. It was in 1895 that the number of dark-colored moths increased to the maximum.
The water lilies may adapt to needing less water, both to drink and to live. The flowers will try to adjust to their new habitat by needing less water as there is less available.
