Meiosis produces cells (germ cells or gametes) with only half the DNA, or chromosomes, as normal cells (somatic cells). This is called haploid or referred to as "n" number of chromosomes. Normal body cells have doubke that, called "2n," or diploid. For humans our n = 23, so germ cells (haploid) have only 23 chromosomes, while somatic (normal body) cells have "2n" or 46 chromosomes. It is important to only carry half the number of chromosomes or DNA (n), because it is going to combine with another half (n) when sperm meets egg during fertilization. This n + n = 2n restores the diploid number of chromosomes (DNA) in a zygote, the first cell of a future embryo, fetus, and new human being.
Answer: Cohesion
Explanation:
The cohesive attraction or cohesive forces is the action or property of like molecules which stick together.
It can be intrinsic forces that can be caused by the structure and shape of water. This allows the water molecules to stick to each other.
Due to this phenomenon of water it has a spherical shape and it flows in a liner motion.
Hence, the force that is present between two water molecules is cohesion.
The factors that contribute to the dehydration in older
patients are the following;
-
Decrease in the thirst mechanism
-
The inability of holding a glass or a cup
-
Presence of confusion as well as disorientation
These are the factors in which could be seen in identifying
a dehydrated individual
(B) When the molecules are insoluble.
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<span>There are many different types of cells in multicellular organisms. Of course, depending upon the type of organism the overall number and different types will vary. In general though for mammals the broad classifications would include epithelial, endothelial, connective, smooth muscle, striated muscle, cardiac muscle, neuronal, glial, and many others. They can also be referred to based on their own embryonic development into 3 broad classes endodermal, epidermal, and mesodermal.
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