Either these two, not sure
ATP is released during glycolysis as glucose is separated--it was stored in the chemical bonds.
Mitochondria stores energy, and cellular respiration "picks it up" during the process.
Studying fossils allowed researchers to learn about organisms that lived long ago. The fossils provide as evolutionary evidence that shows how organisms in our present time have evolved over time and which common ancestors they are tied to. Fossils also provide information about climate change depending on the region and location they are found in. Fossils also date back to millenias ago, so fossils dated very far back in the past can help researchers infer that life had existed even farther than what they might have discovered. And finally, by studying fossils, you can determine how the organism may have died.
I believe it's feeding relationships between different organisms
The correct answer is approximately 150-180 liters, assuming that the adult in question is average-sized and healthy. During this process, blood enters the kidney through what's called the renal artery. Then, the blood is separated and goes through different arterioles to get to the glomerulus. Here, the blood pressure increases, causing things like water and salts to be filtered out of the blood.
Answer:
Decomposers recycle essential nutrients back into an ecosystem
Explanation:
An ecosystem works thanks to the constant transformation of energy. The role of the decomposers will be to transform energy into something useful in the ecosystem. For example, The bacteria which will rotten the apples that fall from a tree onto the ground are recycling or making available this energy for other organisms to use it. As part of this example, the essential nutrients of the apples will be available to be reabsorved by the roots of the apple tree thanks to the transformation of energy done by the bacteria in the apples.
