Answer:
The respiratory system.
Explanation:
The circulatory system has always worked with the respiratory system because respiratory system is with the lungs and circulatory circles everything around with veins and arteries.
Meristematic tissue and Permanent tissues are two examples of tissues found in the plant.
The bodies of plants, which are multicellular eukaryotic organisms, are made up of organs, tissues, and cells that each perform a highly specialized role.
Meristematic and permanent plant tissue systems exist. Meristematic cells, like animal stem cells, divide and grow the plant. Permanent tissue contains non-dividing plant cells.
Meristem cells quickly specialize and create permanent tissue. These cells have specific functions and cannot divide. Dermal, vascular, and ground tissue distinguish them.
Dermal tissue protects the plant and regulates gas exchange and water absorption. Ground tissue is the site of photosynthesis, provides a matrix for the vascular tissue, supports the stem, and stores water and sugars. Water, minerals, and carbohydrates are carried through vascular tissue.
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Answer:
The answer is ground on Odyssey ware
Explanation:
the number of protons inside the nucleus of the atom
the number of electrons outside the nucleus of the atom
the number of electrons outside the nucleus of the atom
the number of neutrons inside the nucleus of the atom
the number of neutrons inside the nucleus of the atom
none of the above
Answer: the number of protons
Explanation:
Answer:
The correct dating methods will be:
Explanation:
The primate fossils presented in the question above must be submitted to the dating processes known as radiopotassium and biostratigraphic so that the age of these fossils can be determined as accurately as possible.
Radiopotassium dating is based on the half-life of potassium, which is equal to 40 years. The term half-life refers to the number of years it takes for half the number of atoms of the radioactive isotope to be destroyed. Thus, radiopotassium dating measures the amount of potassium present in a fossil and relates this amount to the half-life of potassium, thus being able to calculate the age of the fossil.
Biostratigraphic dating, on the other hand, allows the age of a fossil to be determined by being compared with the age of another fossil and the physical and structural composition that these fossils have.
Therefore, to determine the age of primate fossils, radiopotassium dating would first be used in some fossils. These would be used as a model during biostratigraphic dating, allowing confirmation of the age of other fossils.