Answer:
a.) The idealization of the rural landscape.
b.) Admiration for the beauty of nature.
e.) Focus on an individual's inner concerns.
Explanation:
The Romanic movement or Romanticism refers to the literary or artistic movement that focuses on the emotions and feelings of the individual. Originating in Europe, this movement celebrates the individual and emphasizes more on the personal and humane side of exploring literature and art.
In the given excerpt from WB Yeats' poem "The Lake Isle of Innisfree", the poet uses romantic themes of the rural landscape, the beauty of nature, and focuses on the individual’s inner concerns. By alluding to the <em>"small cabin"</em>, <em>"a hive for the honey-bee"</em>, the singing of the crickets, the description of the midnight and noon, evening and night and day, all are elements of the romantic notion.
Thus, the correct answer is options a, b, and e.
I would argue that the scientific method wasn't very revolutionary during the scientific revolution seeing as it existed for hundreds of years. i think it was one of the ancient Greek or roman philosophers that first developed a series of thought that closely resembles the scientific method we know today. however another interpretation of the question is in the definition of revolution. the scientific revolution wasn't bloody like the British/french/american revolution. however the " dictionary definition" of revolution is completing an orbit. in that sense you could consider the scientific revolution a misnomer. in conclusion i think that the ways in which the scientific revolution differed from other revolts are numerous.
Answer:
c. Both john locke and thomas hobbes.
Explanation:
Answer:
“wish to see sovereign rights and self government restored”
Explanation:
Third, they respect the right of all peoples to choose the form of government under which they will live; and they wish to see sovereign rights and self government restored to those who have been forcibly deprived of them.
(SECOND PARAGRAPH)
Hi, thank you for posting your question here at Brainly.
All you have to do is add all the angles and equate to the total sum of angles for a quadrilateral.
360 = Angle Q + Angle P + Angle R + Angle S
Other relationships/equations are:
Q = 2P
R = 3b-19
S = 3b+10
Then, substituting...
360 = 2P + P + 3b - 19 + 3b + 10
360 = 3P +6b - 9
360 - 3P + 9 = 6b
6b = 369 - 3P
b = (369 - 3P)/6
b = 61.5 - 0.5P
Once you know the value of P, then you can determine the exact value of b.
