chloroplast
You would expect to find photosynthetic organisms at the greatest depth in the euphotic zone of the ocean. This is because sunlight can penetrate to this depth, providing the necessary energy for photosynthesis. Beyond the euphotic zone, light levels decrease rapidly, making it difficult for photosynthetic organisms to survive and carry out photosynthesis.
No, the number of differences in amino acid chains will vary depending on the evolutionary distance between the organisms being compared. Organisms that are more distantly related will have more differences in their amino acid chains compared to closely related organisms.
narnia
You would find extrusive igneous rocks. Beyond that it depends on the volcano.
chloroplast
No, plantlike organisms generally require sunlight for photosynthesis, which is limited below 1000 meters in the ocean. Below this depth, the lack of light makes it challenging for plantlike organisms to survive and thrive due to the limited energy available for photosynthesis.
Yes, more than at the surfase.
The living organisms that one would most likely expect to find in gardens are plants.
Where would you find the most invertebrates
You would expect to find photosynthetic organisms at the greatest depth in the euphotic zone of the ocean. This is because sunlight can penetrate to this depth, providing the necessary energy for photosynthesis. Beyond the euphotic zone, light levels decrease rapidly, making it difficult for photosynthetic organisms to survive and carry out photosynthesis.
you would expect to find a sword or a dagger at a scabbard.
I would expect to find Koala bears and kangaroos.
At which national park would you expect to find "hoodoos"?
What would you expect to find composite volcanoes on Mars? Explain why.
I would expect to find drawing tool
No, the number of differences in amino acid chains will vary depending on the evolutionary distance between the organisms being compared. Organisms that are more distantly related will have more differences in their amino acid chains compared to closely related organisms.