Answer: The four kingdoms of Eukarya are: <em>Animalia</em> (Metazoa), <em>Plantae</em>, <em>Fungi</em>, and<em> Protista.
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1) <u>Animalia: </u>
- They are multicellular organisms that do not possess chlorophyll!
- They are eukaryotic organisms!
2) <u>Plantae:</u>
- They are multicellular organisms with walled and frequently vacuolate eukaryotic cells!
- These contain photosynthetic pigment in plastics!
3) <u>Fungi:</u>
- Fungi are eukaryotic organisms means they have a true nucleus which is enclosed in membranes.
- They are non-vascular organisms!
4) <u>Protista:</u>
- Protists have a nucleus containing their DNA.
- They also have other membrane-bound organelles, such as mitochondria and the endoplasmic reticulum!
<u><em>HOPE IT HELPS! BRAINLIEST PLEASE!</em></u>
Explanation: I think camouflage method or a design that scares away predators.
<span>A. Science creates new technology without creating any problems. </span>
The question is incomplete but antivirals, cells of the immune system and antibodies can work against viral infection.
<h3>What is a viral infection?</h3>
A viral infection is any disease caused by a virus that is able to infect and produce harm to a suitable host.
The immune system consists of different barriers to fight against viral infections, one of which is composed of immune cells and antibodies that work together to recognize and destroy pathogenic viruses.
For example, the cells that can work against a viral infection include cytotoxic T cells, macrophages and NK cells.
In conclusion, antivirals, cells of the immune system and antibodies can work against viral infection.
Learn more about viral infections here:
brainly.com/question/1554410
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Answer:
The bone that is attached to the eardrum is called the <u>hammer;</u> the bone that is connected to the oval window is called the <u>stirrup.</u>
Explanation:
The vibrations are transmitted to the interior of the ear through the three bones located in the middle ear: hammer, anvil and stirrup. These three bones form a kind of bridge, the hammer is a bone that is connected to the tympanic membrane or eardrum and is responsible for transmitting the sound waves that arrive through the air to the inner ear. The vibrations first reach the anvil through the joint incudomalear and then to the stirrup (stapes), which is the last bone where the sound arrives and that is connected to the oval window (membrane that covers the entrance to the cochlea in the inner ear, when the sound waves are transmitted from the eardrum to the oval window, the middle ear functions as an acoustic transformer).
