Answer:
Lizards and snakes are more genetically alike than lizards and birds.
Explanation:
A cladogram can be described as a diagram which shows the evolutionary histories among organisms. The organisms which are placed more closer together in a cladogram show that these organsims are more closer to one another and might have evolved from a common ancestor in the near past. These organisms show more similarities with each other as compared to other organisms in the cladogram.
As lizards and snakes are more closely related to one another, it shows that they are more genetically alike.
The reason that organisms have common and scientific names is because there has to be a universal name for all organisms in theory.
Common names can be many different things, dependent on the area of the world you live in, Scientific Names are part of a series called <em>binomial nomenclature </em> which is a universal way to name all organisms. For example, a goose will be called <em>anser anser</em> across the world, then it changes some when you go into breeds, but for the most part, you can get by with that name.
I believe the answer is
A
The father determines the sex which is XY, I’m going based on how chromosomes work. Hope this helps!
Answer:
The correct option is <u>less</u>.
Explanation:
outside an organism's body.
A hypotonic environment can be described as an environment in which the amount of solvent is more outside the cell as compared to the inside of the cell. The amount of solutes is more inside the cell. Hence, water tends to move inwards by osmosis in such an environment.
An isotonic environment can be described as an environment where the concentration of solutes and solvents is the same inside and outside of a cell.
When paramecium caudatum would be in a hypotonic environment, its contractile vacuole will be more active to pump the excess water. In an isotonic environment, there will be no or very less water for the paramecium to pump out of the body. Hence, contractile vacuole will be less active.