The correct answer would be conflict because this seems to be the part of the story that something bad is going to happen. I wouldn't say it would be climax, because we don't have enough information to say this is the part where everything changes. Hope this helps!
Answer:
We need to defuse this increasingly acrimonious situation
Explanation:
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The sentence that best reveals the context is: "With the end of the cold war there was the creeping concern that without a focus for hatred and distrust, a sense of national identity would evaporate, that the left side of the hyphen—African-American, Mexican-American, Irish-American—would overwhelm the right."
By reading "...the end of the cold war...", the reader infers the time the story is set in. The Cold War started after the Second World War (1945) and ended in 1991 with the end of the Soviet Union.
In addition, by reading "...the left side of the hyphen - African-American, Mexican-American, Irish-American - would overwhelm the right", readers can deduce that the author is referring to the US and its fear of loosing a sense of nationalism and unity among its diverse population.
In all, the setting is the US in the early 90's because of the reference to the end of the Cold War and the fear of not being unified anymore.
Answer:
The answer is "radioactive".
Explanation:
"Ten o'clock. The sun came out from behind the rain. The house stood alone in a city of rubble and ashes. This was the one house left standing. At night the ruined city gave off a radioactive glow which could be seen for miles.
"
Groundwater flows through rock with a high porosity and a high permeability at a fast rate. The denser and less permeable the rock is, the slower the groundwater moves. The greater the permeability of a rock, the faster the groundwater flows through it. Groundwater is water that is found in spaces and fractures in rocks, as well as in the sediment between the earth's surface. Groundwater starts off as rain, hail or snow. It seeps down through the sand and soil into the groundwater system. The groundwater eventually flows into rivers, lakes or oceans.
