Juan is writing an essay based on what he read in "The Most Dangerous Game Part 1" and "The Most Dangerous Game
Part 2" Which excerpt from the story best supports his idea that Rainsford learns to sympathize with the animals he
normally hunts?
"This hot weather is making you soft, Whitney. Be a realist. The world is made up of two classes the hunters and the
huntees. Luckily, you and I are the hunters."
"Did not make me condone cold blooded murder," finished Rainsford stiffly.
Rainsford had fought his way through the bush for two hours. "I must keep my nerve. I must keep my nerve," he said
through tight teeth
Then he ran for his life. The hounds raised their voices as they hit the fresh scent. Rainsford knew now how an animal at
bay feels

it was surely an odd creature that one made up by reading the historians first and the poets afterwards a worm winged like an eagle; the spirit of life and elegance and charm,   in a kitchen chopping up suet. but these creatures, monst'r however entertaining to the imagination, hast no existence in fact. what one might doth to bringeth h'r to life wast to bethink poetically and prosaically at one and the same moment,   thus keeping in toucheth with fact—that the lady is mrs martin, ag'd thirty-six, did dress in blue, wearing a black coxcomb and brown shoeth; but not losing sight of fiction eith'r—that the lady is a vessel in which all s'rts of spirits and f'rces art coursing and flashing p'rpetually. the moment, howev'r, yond one tries this method with the elizabethan mistress, one brancheth of illumination fails; one is did hold up by the scarcity of facts.   one knoweth nothing detailed, nothing p'rfectly true and substantial about h'r.   hist'ry scarcely mentions h'r.   and i did turn to professeth'r trevelyan again to seeth what hist'ry meanteth to that gent.   i hath found by looking at his chapt'r headings yond t meanteth.

the gas pressure p, gas volume v, and gas temperature t are given in the formula:   pv=nrt,

r is the gas constant, and n is the number of gas moles.

if the container is cooled and remains under atmospheric pressure, where r is a constant that does not change, the volume of the container remains the same, the conclusion is drawn that, with all other values ​​unchanged, the number of gas moles n, is decreases.

the right answer is a.