Answer:
The answers would be A and D I think
Explanation:
a. large-mass stars
This is because they take longer to burn out.
Answer:
The correct answer is: Confidentiality.
Explanation:
- Private Communication can be defined as such a communication between two people or parties, where the discussion, consultation, information sharing, decision taking and documentation conducted in between them is kept confined to both the parties and is never revealed to the public or any third party unless permitted by law.
- The property of maintaining the secrecy of the details of any communication in between two interacting parties is known as Confidentiality.
- A confidential report can be shared to a third party by either of the two parties involved in generating the report if and only if the law permits or give its mandate to do so.
Homeostasis, my friend.
Homeostasis is the process of maintaining a constant internal environment (temperature, water content, available energy, available oxygen & concentration of wastes in the blood.) Some animals are able to do this and are called endothermic or 'warm-blooded' (like humans). However, not all animals are able to do all of this - and they are referred to as ectothermic or 'cold-blooded.'
Animals need to be able to maintain a stable internal environment because if they do not, they will most likely die. Animals need warmth to survive, so they need to be able to have a constant body temperature whether it be by using their body to create warmth or having to sit in the sun to keep warm,
Hope this helps.
As the individual body size of an organism increases, the population density for this organism in a given habitat tends to decrease.
<span>It has been shown that an inverse relationship between the size of an animal and its local abundance exist. Animals with larger body size have higher energetic requirements, resource exploitation, and susceptibility to predation and thus the competition is bigger. Yet, the density–body size relation depends on the physical complexity of the habitat and population of a species.</span>
