They are describing colonel pickering from pygmalion, a play by george bernard shaw.
Answer:
3. She was eager to move on with her life, and did not want to wait for Gatsby.
Explanation:
F. Scott Fitzgerald's novel "The Great Gatsby" tells the story of Jay Gatsby and his return to try to get his lost American dream- money and Daisy. Narrated by the protagonist's neighbor and daisy's cousin Nick Carraway, the story revolves around the lives of the wealthy in East Egg and the not-so-wealthy of west Egg.
Daisy Fay nee Buchanan was previously in love wit Jay Gatsby while he was in the army. With him gone overseas, she could not wait, "<em>She wanted her life shaped now, immediately—
and the decision must be made by some force—of love, of money, of unquestionable practicality</em>"(Chapter 8). So, when Tom Buchanan came, she immediately moved on, knowing he had the means to support her lifestyle. When Jordan Baker told Nick about Jay and Daisy (Chapter 4), she mentions that she had received a letter from Jay, most probably asking her to rethink her decision to marry Tom. She had even got a 350,000 dollars pearl necklace, but she wasn't convinced. Later on, after she had freshened up and relaxed, she married Tom, as if nothing had happened at all.
To prevent warping, thin, organic bonded wheels such as those used for cutting-off should be laid flat on a horizontal surface of steel or similar rigid material away from excessive heat and moisture.22 To minimise deterioration, wheels must be stored in a room which is dry and not subject to extreme temperatures.
Answer:
b. went
Explanation:
I think option b is the correct answer.
Hope it helps.
Answer:
B). Four.
Explanation:
Photorespiration is demonstrated as the respiratory process that involves a light-dependent release of carbon-dioxide and uptake of oxygen in photosynthetic organisms that helps in completing the Calvin cycle.
As per the question, 'four' molecules of PGO(phosphoglycolate) is required to produce the two molecules of PGA through the given route as one-fourth of them are lost during the process in the form of Carbon-dioxide due to the chain of reactions. Thus, <u>option B</u> is the correct answer.
