The expansion of literature to address this type of character is effective because it creates connections with readers who can identify with the characters.
<h3>Why are common characters important?</h3>
- Because it creates identification with readers.
- Because readers can imagine themselves in the story.
- Because readers feel represented by the characters.
- Because readers know the feelings and thoughts these characters present.
Common characters go through common situations that most readers may have experienced. This allows readers to identify with the story, understand the character deeply, and imagine themselves within the story. This makes the story popular and is a good strategy for modern literature.
You can find more information about the importance of reading the link below:
brainly.com/question/24836026
Answer:
Because students were taught through the use of demonstrations, they were able to successfully conduct their own science experiments,
Explanation:
This is the likely answer to the question on What cause and effect relationship is described in the article.
Answer:
Has been traveling
Haven't heard
Hasn't sent
Have (you) heard
Has been putting
Have never tried
Have (you) been doing
Have been trying
Have (you) finished
Have (you) asked
Explanation:
The present perfect tense is the tense we use to talk about events that happened in the past but have present consequences. There are two types of this tense:
- The present perfect simple - used to talk about completed actions that have an influence on the present. The emphasis is on the result of the action.
- The present perfect continuous - used to talk about activities that started in the past and may continue in the present. The emphasis is on the activity itself.
You can see some more information about these tenses in the images I've attached below.
Proteins
synthesis requires transcription of DNA (containing information) to mRNA then
this goes out of the cell’s nucleus to cytoplasm; and translation of mRNA together
with ribosome and tRNA to synthesize proteins. Further steps are the following:
1)
One side of DNA strand is copied to become mRNA (messenger RNA).
2)
mRNA goes out the cell’s nucleus, next to cytoplasm and then to ribosome.
3)
mRNA works with ribosome’s 3 bases at the same time.
4)
tRNA (transfer RNA) connects with available DNA bases.
<span>5) tRNA
releases the amino acids which in turn combines with the other produced amino
acid chains from different DNAs. </span>
