Answer:
You did not write the concept, so i will try to answer in a general way.
Why sometimes we really need to model concepts?
Well, sometimes the things are really complicated, or we just do not have the knowledge or tools to fully understand them.
Here is where the models came to be handy, we can somewhat "simplify" the things, and explain them with models.
For example, the movement of a particle as the wind pushes it can be really complex, so this can only be explained with a model.
Now, once we have a model (supported by theory and experiments) we can start to investigating furthermore in the given subject.
So for example, we could model how a given therapy acts on a given disease, and with that model, we could extrapolate the effects of the therapy in a similar disease (for example, testing how radiotherapy acts on a given tumor in some organ, can give information on how the same therapy can act on other types of tumors)
Concluding, models simplify some concepts, which allow us to understand them and work better with them
Answer:
4 is a great place to be your
Explanation:
I am not not sure what to do with
Answer: B: take a family history and suggest genetic testing
Explanation:
I took it and got it right
The term that best completes the statement is PROTISTA. It is the Kingdom protista that is considered heterogeneous because it both consists of eukaryotes that are unicellular and multicellular but these cannot be classified as either an animal or a plant.
Answer:
Changes can be gathered into two principle classes dependent on where they happen: substantial transformations and germ-line transformations. Substantial changes happen in non-conceptive cells. Numerous sorts of substantial changes have no conspicuous impact on a living being, on the grounds that hereditarily ordinary body cells can make up for the transformed cells. Regardless, certain different changes can significantly affect the life and capacity of a living being. For instance, physical transformations that influence cell division (especially those that permit cells to partition wildly) are the reason for some types of malignancy.
Germ-line changes happen in gametes or in cells that in the end produce gametes. Interestingly with substantial changes, germ-line transformations are given to a living being's offspring. Therefore, people in the future of life forms will convey the transformation in the entirety of their cells (both physical and germ-line).
Explanation:
