In biology, structure and function are closely related to adaptation. Adaptation refers to the process by which species evolve certain traits or characteristics to better suit their environment, increasing their chances of survival and reproductive success. Structure and function are interdependent and play a key role in organism survival and success.
In biology, structure and function are closely related to adaptation. Adaptation refers to the process by which species evolve certain traits or characteristics to better suit their environment, increasing their chances of survival and reproductive success. Structure refers to the physical features and organization of different parts of an organism, while function refers to the role or purpose that each part serves.
For example, consider the long neck of a giraffe. The structure of the giraffe's neck allows it to reach high leaves in trees, while the function is to obtain food. This adaptation gives the giraffe an advantage in its environment where trees are the primary source of food.
Another example is the webbed feet of ducks. The structure of webbed feet allows ducks to swim more efficiently, while the function is for swimming and navigating aquatic environments. This adaptation helps ducks survive in their aquatic habitats.
#SPJ12
Answer:
In organisms during cell division, DNA is present in packaged structure called "chromosomes" with a constriction point called the centromere giving X-shape to the chromosomes. This forms a complete set of chromosome.The number of chromosomes present in the nucleus of the cell is known as ploidy number represented by "n".
Based on the number of chromosomes, cell is usually divided into: Haploid cell and diploid cell.
Haploid cells (n): are the cells with only one complete set or chromosomes like gamete cells while
Diploid cells (2n): are the cells with 2 sets or pair of chromosomes like somatic cells.
Atmospheric nitrogen, despite being abundant, is largely unusable by most living organisms due to its non-reactive nature. It can only be used after it's converted into reactive forms like nitrates or ammonia, a process carried out by certain bacteria through nitrogen fixation.
Atmospheric nitrogen is largely inaccessible to most living organisms, including plants and animals, due to its stable, triple-bonded molecular structure. However, it can be used by most living things after it has been converted into more reactive forms such as amino acids, nitrates, or ammonia, a process known as nitrogen fixation.
Nitrogen-fixing bacteria, which live freely in the soil or in symbiotic relationships with certain plants, play a fundamental role in transforming atmospheric nitrogen into a form that other living organisms can use for their growth and survival. This process is a vital part of the nitrogen cycle, a crucial ecological system that regulates the amount of nitrogen in the environment.
#SPJ2
A 'sticky' end is produced when the restriction enzyme cuts at one end of the sequence, between two bases on the same strand, then cuts on the opposite end of the complementary strand. This will produce two ends of DNA that will have some nucleotides without any complementary bases.Answer:
Explanation:
Answer:
crashing
Explanation:
the "ing"