Answer:
The correct answer would be X-linked dominant.
X-linked dominant inheritance is a type of inheritance in which a dominant gene is carried on the X chromosome.
In this type of inheritance, if a father is diseased and mother is unaffected, then all the daughters would carry the disease as daughters get an X chromosome from their father.
No son would be diseased as they only get a Y chromosome instead of the X chromosome from father.
When the mother is affected (heterozygous, that is, only one X chromosome carries dominant allele) and father is unaffected, then half of the sons and half of the daughters would carry the disease as mother passes X chromosome to both the son and daughter.
Answer:
1. mutualism
2. parasitism
3. symbiosis
Explanation:
Mixotricha paradoxa forms symbiotic relationships (Symbiosis is a relationship between two or more organisms that live closely together) with the termite.
Part of the morphological characteristics of the Mixotricha paradoxa are the presence of "at least two kinds of bacteria attached to its outer surface." This morphological characteristics assist the termites in alot of ways. One of this kind of he spirochete propels its host through the termite gut. A second type of bacteria synthesizes ATP, some of which is used by the spirochetes. The locomotion provided by the spirochetes introduces the ATP-producing bacteria to new food sources. (mutualism)
Mixotricha paradoxa helps to digests cellulose for the termite. We can now conclude that Mixotricha forms a mutualistic relationships (mutualism) with bacteria living inside the termite. This is because the termite has spherical bacteria inside the cell which function as mitochondria, which Mixotricha lacks.
The Mixotricha are also organized into layers of tissue. Without their presence in the termite gut, the termites would die because Mixotricha keep the species intact, but they are harmful in an indirect way (parasitism).
When the water enters the cells, they swell and become bowed. This causes the guard cells to bend away from each other, thereby opening thestomata. Conversely, when guard cellslose potassium ions, water diffuses out of the cells by osmosis.
The palm does not have arrector pili muscles.
