Explanation:
B 19th country Italy before unification
Answer:
81 miles to Houston, TX.
174 miles to Baton Rouge, LA.
221 miles to Austin, TX.
239 miles to New Orleans, LA.
251 miles to Dallas, TX.
252 miles to Garland, TX.
252 miles to Corpus Christi, TX.
260 miles to Plano, TX.
Explanation:
Answer:
the British preferred to use local institutions to control subject populations.
Explanation:
British colonialism was established differently in places that had already established their own institutions, such as African countries. Although these countries already had institutions before the arrival of the English, it was necessary that the British empire dominate these institutions, or to give them up and form new institutions. However, the British empire understood that dominating existing institutions would be something cheaper and more advantageous and that it would establish an efficient dominance, so it was done, that is, unlike other European nations, England decided to use local institutions to control populations subdued.
The correct answer is B) Vesalius corrected misconceptions created by Galen, whose knowledge of human anatomy was obtained by dissecting animals.
The other options of the question were A) Vesalius was the only scientist at the time to make a breakthrough in medicine because the other scientists were busy studying astronomy. C) Vesalius was the first scientist to study human anatomy and present his findings to the world. D) Vesalius pioneered the field of anatomy by stating that animals and humans share the same anatomies. E) Vesalius used his knowledge of human anatomy to find cures for human illnesses.
The statement that best shows why Andreas Vesalius’s discovery was important during the Scientific Revolution is "Vesalius corrected misconceptions created by Galen, whose knowledge of human anatomy was obtained by dissecting animals."
Andreas Vesalius (1514-1564) was a great scientist from Belgium. He is considered to be the Father of Modern Anatomy. He consolidated his important work when he wrote the book "On the Fabric of the Human Body," in 1543. In the book, he describes important parts of the human body, and this document during the Scientific Revolution served as a major influence for later research.
