Answer:
A) Students will be allowed to eat lunch on the hill outside of the cafeteria if they keep quiet, avoid entering other buildings, and clean up their trash afterward.
Explanation:
The first part of the answer (if they keep quiet) is alluded to by the first part in the text <em>(can not be noisy)</em>. This phrase does not require a reduction in the level of noise, but a total absence of it.
The second part of the answer (avoid entering other buildings) is alluded to by the third part of the sentence<em> (and not enter other buildings during lunch)</em>. The two phrases change just in word order and selection. The resemblance is clear.
The third part of the answer (clean up their trash afterward) is alluded to by the second part of the sentence <em>(have all their trash picked up)</em>. The two sentences are, again, the same meaning in different word choices.
The correct answer is D. The poet feels that traditional sources of inspiration are ineffective in the modern world
Explanation:
In the poem "Love Song of J. Alfred Prufrock", the author T.S. Eliot explores multiple themes including love, inspiration, and the contrast between the modern world and the past. In the excerpt presented, the author refers to traditional poetry and the inspiration he finds in it by using the mermaids as a symbol, this can be seen in the line "I have heard the mermaids singing each to each" that shows how the mermaids or traditional poetry sing or give ideas to the poet.
However, it seems this inspiration is not as effective as the author expects because in the end, the author and the mermaids "drown". Also, the cause of the traditional poetry drowning is the "human voices" which likely refers to the loss of traditional values in the modern how and the mundanity of it.
I have no idea but I’ve never really been interested in it anywaygood luck though
The balanced chemical reaction would be written as follows:
2Mg + O2 = 2MgO
We are given the amount magnesium to be used in the reaction. This will be the starting point for the calculations. We do as follows:
15.0 g ( 1 mol / 24.31 g ) (2 mol MgO / 2 mol Mg ) (40.31 g / mol ) = 24.87 g MgO formed
