Answer:
Fossils provide direct evidence of evolution. They show the changes of animals from ancient organisms to present form. Fossils are the preserved remains of earth layers. There are 4 types of fossils-
Original fossils that are not very old. e.g. teeth, skeleton, shells.
Frozen fossils
less permanent fossils
casts, molds, and prints - wings, skin, leaves, etc.
The fossils show the adaptive radiation in horses, humans. The transition fossils form the connecting link between different groups such as fish and amphibians, reptiles and birds, etc.
e.g. Archeopteryx is the connecting link between the reptiles and birds.
The modern horse Equus have several ancestor species, we came to know from the fossil records.
The fossil record shows the evolution of humans and their ancestors.
Answer:
The correct answer is option D. herbivores.
Explanation:
The non-living parts of the environment that can affect or influence majorly on living organisms are abiotic factors. Water, sunlight, soil, oxygen, and temperature. Water is a very important abiotic factor, all living organisms need water.
All of the living things in an ecosystem, such as plants and animals that influence an ecosystem in any way are categorized as biotic factors. Herbivores are the primary consumers that depend on plants for their food.
Thus, the correct answer is option D. herbivores.
The highly organized system of neurones which generate and convey signals in the form of electronic impulses.~
Adjusted balance method calculates interest using the balance at thef a billing cycle, adjusted by anymade during the period.
During mitosis, the <em />nuclear membrane breaks down and the duplicated chromosomes are separated and evenly distributed to opposite sides of the cell. Cytokinesis involves the division of the cytoplasm and the organelles that are contained within.
This describes the process of cell division. All of these events happen in the M phase of mitosis. The breaking down and fragmentation of the nuclear membrane to expose the genetic material is in the prophase. The next phase is the metaphase when the duplicated chromosomes align in a straight line (metaphase plate). Anaphase involves the separation of chromatids and by the time the chromatids reach the opposite side then the cell enters telophase. Lastly, cytokinesis involves restoration of the nuclear membrane, division of the cytoplasm, and production of two daughter cells.
I believe it is C. I remember something about "Mendel alleles" but I could be incorrect.
