Answer:
The Monroe doctrine was named after President James Monroe. In December of 1823 the doctrine was establishing that the United States would not tolerate Europeans nations would not stand the further colonization or puppet monarchs.
Explanation:
Hope that helps
<span>C) a series of religious revivals that swept across the American colonies in the middle of the 18th Century. </span>
Answer: Would have led to more loss of life.
Explanation:
President Truman believed that dropping the atomic bombs saved both American and Japanese lives because a battle on mainland Japan would have been devastating.
He is supported in this stance by the fierce resistance of the Japanese on islands closer to the mainland such as Okinawa. With over a million more Japanese soldiers waiting on the mainland as well as thousands of Kamikaze pilots, resistance on the Japanese mainland was going to be very brutal and would potentially have cost millions of lives, both civilian and military.
Truman therefore believed that dropping the atomic bombs would cause the Japanese to surrender and save both nations the massive loss of life.
The Way and its Power is indeed the English translation of Confucianism's core teachings so this is <u>True</u>.
<h3>What is included in The Way and its Power?
</h3>
The Way and its Power is a book by Arthur Waley in which he translates the book, "Tao Tê Ching" by Lao Tzu.
Tao Tê Ching is a book that includes the core teachings of Confucianism and has helped propagate the practice around the world.
Find out more on Tao Tê Ching at brainly.com/question/1062724.
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Considering the description above, Pierre's average speed for this race, in miles per hour, is measured as:
Given that Pierre's average speed is calculated in miles per hour;
Then, we divide his total mileage by his total time;
Therefore, the total number of miles Pierre covered is the distance from starting point S to finish line F;
=> This is depicted as "SF." (Total mileage);
Again, the total elapsed time from point S to point F is depicted as "t.F." (Total Time).
Hence, in this case, Pierre's average speed for this race, in miles per hour, is SF ÷ t.F. [Total mileage ÷ Total time]
Learn more here: brainly.com/question/24508367
