Your options where are they?
but I believe the correct answer for you would be Passive transport does not require ATP. I don't know your choices because you didn't post them.
but passive transport takes simple diffusion, facilitated diffusion, filtration, and osmosis. this is what it needs to form.
<h2>Multimale Primates Group</h2>
Explanation:
- Multi-male group, otherwise called multi-male/multi-female, are a sort of social association wherein a gathering comprises of more than one grown-up male, more than one grown-up female, and posterity everything being equal. Inside Order Primates, it is the most widely recognized social gathering type, with bunch sizes going from 10 to 100 people made out of a few guys, and various females and posterity. Huge gatherings of primates are classified "troops" which are described by complex intratroop governmental issues and rivalry. Inside soldiers, there are no steady hetero bonds—the two guys and females have various mates
- Multi-male group are generally regular among semi-earthly primates, for example, savanna mandrills, macaques, langurs, and other new world monkey species just as chimpanzees, gorillas, and other old world primates (cercopithecine) A few animal types, for example, the leptodactylid frog and numerous rat species, for example, the prairie vole have additionally been known to have multi-male/multi-female etc
The oldest fossils would be at the bottom, while the youngest would be closer to the surface.
Answer:
The human heart has it own nervous system, nodal system. It's made of nodes (that produces nerve impulses) and nerve fibers (running to all parts of the heart). Our nervous system can only increase or decreasing the nodes firing rates.
Starting with deoxygenated blood (oxygen poor blood), it travels from the superior and inferior vena cava into the right atrium, then into the right ventricle via the tricuspid value. There, it enters the pulmonary arteries via the pulmonic value. From there, it heads to the lungs and become oxygenated (rich in oxygen). It re-enters the left atrium of the heart via the pulmonary veins. There, it now travels to the left ventricle via the mitral valve and then into the aorta via the aortic value. From there it travels to the rest of the body supplying cells with oxygen and return back via the vena cava.
Answer:
Co-variation between variables
Explanation:
Based on the scenario being described within the question it can be said that this scenario demonstrates the Co-variation between variables. This refers to the measure of how much two seemingly random variables vary together as opposed to separately which would otherwise be variance. Which explains why when one variable changes in value the other changes in an un-correlated way.
