The author's intent in his description of the conflict between the Lilliputians and the Blefuscudians in the fourth chapter involved connecting them to the French Catholics and the British Protestants.
Explanation:
- After Lilliput's Secretary of private affairs pays a visit to Gulliver, he explains the conflict between the people of Lilliput and the Blefuscudians.
- The conflict started between the two over the religious question of egg-breaking depicts the long series of wars between Catholic France and Protestant England.
- He states the differences in the communion of the Catholic and Anglican churches and that the war started when the Blefuscudian people put down the religious beliefs of the Lilliput.
- Swift emphasizes the contrast between Gulliver's naive acceptance and physical facts.
- He also relates the folly of the religious war between the two to immediate European politics by talking about The High heels and The low heels of Lilliput.
The inference is that the writer used a subject-by-subject comparison strategy in the passage as D. The writer compares and contrasts both kinds of shopping in each paragraph.
<h3>What is an inference?</h3>
It should be noted that an inference simply means the conclusion that can be deduced based on the information given in a literary work.
The subject by subject comparison is the discussion of each subject separately but still using the same basis of comparison to select the points and arrange them in order.
In this case, the inference is that the writer used a subject-by-subject comparison strategy in the passage as the writer compares and contrasts both kinds of shopping in each paragraph
Note that the complete question wasn't found and the option was chosen based on the information given.
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The awncer is C and your welcome
Answer:
See explanation
Explanation:
In order to answer this question, we have to look at the principle of conservation of mass. This principle states mass is neither created nor destroyed in a chemical reaction.
Hence, in a chemical system undergoing a reaction, the total number of atoms present in the system remain the same before and after the reaction. This also implies that the weight of the system does not change.
Thus, the weight of a chemical system does not change after a chemical reaction.
