Scientific method is a process that is used to explore various experiments and scientific findings.
Steps for the scientific method:
Scientific method often ask a question such as, what, how, why, whom, where are some of the questions. Scientist also have to do some background research such as background research plan, finding information.
After background research scientist have to frame the hypothesis and to the hypothesis as well. The next step after hypothesis scientist have to made analyze the data and draw the conclusion.
To learn more about scientific method, refer to the link:
#SPJ2
Answer:
Type 2 diabetes mellitus generally reflect declining receptor sensitivity to insulin rather than decreased insulin production- True.
Most Type II diabetes do not produce insulin- False.
Explanation:
Diabetes mellitus may be defined as the group of metabolic disorder that re characterized by the high blood glucose levels in the body of an individual.The receptor sensitivity decreases towards insulin decreases in Type II diabetes.
The insulin is produced in the proper amount during Type II diabetes. The receptors are unable to respond towards the diabetes.
Thus, the answer is a)-True
b)-False.
Type 2 diabetes is characterized by insulin resistance and declining insulin receptor sensitivity. Over time, the insulin production may decrease but does not stop entirely.
The statement is partially true. In Type 2 diabetes mellitus, the primary problem is often not a lack of insulin production but rather a decreased sensitivity of body tissues to insulin, a condition known as insulin resistance. As a result, the body needs higher amounts of insulin to lower blood glucose levels. However, over time, the beta cells of the pancreas that produce insulin can become impaired and may produce less insulin, but they don't stop producing insulin altogether as suggested by the statement.
#SPJ3
The main difference occurs in their cell wall.
Organisam Difference
Cell type Cell wall
Eubacteria Peptidoglycan with muramic acid
Archaebacteria Polysaccharides and proteins
Fungi Chitin
Plantae Cellulose
Animal Cell wall absent
Protista Various types (plant like protists have cell wall made of cellulose)
THE ANSWER IS
Organisms in the Eubacteria and Archaebacteria kingdoms are prokaryotic, where as all of the organisms in the other kingdoms are eukaryotic.
b. It allows an animal to fit in with a different species.
c. It helps an animal to catch prey.
d. All of the above
Answer:
d. All of the above
Explanation:
Mimicry refers to the resemblance of organisms of two different species with respect to structural, behavioral or physical features. Mimicry helps a defenseless species (mimic) to protect itself against predation due to its resemblance to the aggressive and dangerous species (a model).
For example, harmless king snake mimics venomous coral snake to avoid the predators. It represents the Batesian mimicry.
In other cases, predators may use mimicry to catch their food organisms. In Mullerian mimicry, two or more harmful species resemble each other.
An organism's capacity to mimic another organism, item, or environmental aspect is known as mimicry, hence option D is correct.
Predator avoidance: Some animals imitate the looks of other, more deadly species to frighten off predators. For instance, the viceroy butterfly imitates the poisonous to predators monarch butterfly.
Adapting to a different species: In order to blend in and avoid being noticed, some animals mimic the look of other species. For instance, the peppered moth imitates lichen-covered bark to help it fend off predators.
Catching prey: To draw in prey, several creatures replicate the appearance of food. The angler fish, for instance, employs a bioluminescent bait to entice small fish.
Thus, option D is correct.
Learn more about mimicry, here:
#SPJ6
b. False