Answer:
I believe the answer would be creation of mid ocean ridges
Explanation:
I believe this because the other options dont sound right
Answer:
b
Explanation:
aids in digestion
produces insulin
fights intestinal infection
secretes hormones
Yes, it is a storehouse for good bacteria.
C. eliminate waste.
D. avoid predators.
3. How would having a prehensile tail help a tree-dwelling chameleon? A. Its tail would help it grasp branches.
B. Its tail would help it capture food.
C. Its tail would help it balance in the treetops.
D. Its tail would help it maintain homeostasis.
Answer:
2. A. capture prey, and D. avoid predators
3. A. Its tail would help it grasp branches.
Explanation:
All animals need at least food, oxygen, shelter, space to survive. These needs, which are common to all animals, are fundamental to their survival and successful reproduction. However, from the options given in the question, not all animals need to capture prey to survive, as not all animals are carnivores. Some are herbivores that feed on plants, and do not prey on other animals. Also, not all animals need to avoid predators. For example, lions are predators and carnivores, they do not need to avoid predators. The correct options are option A and option D.
A prehensile tail is a tail that is adapted for grasping or holding, and it is common among arboreal animals, i.e. animals that dwell on trees. Therefore, a prehensile tail would help a tree-dwelling chameleon to grasp branches. The correct option is "A. Its tail would help it grasp branches."
Answer:
Parasitism.
Explanation:
A biological interaction explains the different relationship between the organism and their interaction in the environment. The different biological interaction are mutualism, ammensalism and parasitism.
Parasitism may be defined as the type of symbiotic relationship in which the organisms are associated with each other. The one species gets benefit from the other organism while the other organism is harmed but they are ot killed directly or immediately. This is a type of negative interaction.
Thus, the answer is parasitism.
B. A ribose sugar
C. A phosphate molecule
Hewwoo :3
What molecule must be removed in order to rebuild ADP into ATP?
In order to answer your question, you must look at the chemical structures of ADP and ATP. ATP has an adenine that goes by 9' nitrogen to 1' carbon (ribose sugar). In turn, the 5' carbon is attached to a triphosphate molecule. You can see that there's no such thing as a water molecule there. Thus, a water molecule was presumably removed during chemiosmotic phosphorylation.
Answer: A. a water molecule