Answer:
The main idea from the clip from "Up" is that you're never too old to stop deferring your dreams and start making them come true.
Explanation:
I tried my absolute best to explain this, I hope it helped!
- Sophia
It's part of Freytag's pyramid: exposition ---> rising action ---> climax ---> falling action ---> denouement.
The exposition would be like the introduction and the denouement would be the resolution for sure. I think the climax would be the turning point so the rising action would be the complications. It might be vice versa. I'm not 100% sure which one goes with which.
This question seems to be incomplete. However, there is enough information to find the right answer.
Answer:
Matilda walked to the public library all by herself. This surprised Mrs. Phelps because Matilda being only four years and three months old is too young to be alone in public.
Explanation:
The question refers to Matilda, by Roald Dahl.
Matilda, a passionate reader since a very early age, was from a family that didn´t share nor understand her special abilities. Her father had refused to buy her a book, so she decided to go to the library. Since she was usually left alone in the afternoons, she just left her home and went to the library unsupervised, which is odd for such a young kid.
Answer:
Immigrants from non-European countries
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Explanation:
In Bharati Mukherjee’s essay “A Four-Hundred-Year-Old Woman” the writer talks about her journey – from an Irish catholic school in India to her establishment as a writer in the US.
Due to the fear that reigned in her hometown, she was sent to a foreign school in order to prepare her for emigration.
She’s writing now from a point of view of someone who’s made it to the United States and in this sentence she’s referring to those who’ve had the same destiny as hers – Third World country immigrants forced to live their motherland.
Answer: Varying frequencies. That’s how we can see different colors, as well as the presence of UV rays, gamma rays, etc. They’re all different frequencies of electromagnetic radiation
Explanation:
