After reading the passage about Napoleon's speech once he returned, we can say the reason for his return was:
C. To serve the people of France.
<h3>What does Napoleon say in his speech?</h3>
- Napoleon, former emperor of France, returns from exile and then gives a speech. He says that he lives "only for the honour and for the happiness of France."
- We can infer from the line above that Napoleon has returned not because of his <u>family</u>, or to gain his <u>power </u>back and <u>reconquer </u>Europe. He has returned because, according to him, he wants to serve the people of France.
With the information above in mind, we can choose letter C as the best option.
This is the missing passage:
Upon his return to France from exile on Elba, Napoleon gave this speech to the people of France. Citizens, I am deeply touched by your demonstrations. Your hopes will be fulfilled; the nation's cause will triumph once more. You are right to call me your Father; I live only for the honour and for the happiness of France. —Napoleon Bonaparte, March 6, 1815
Learn more about Napoleon here:
brainly.com/question/1154778
First get there attention.Ask them if they ever had the same feeling of it.Tell them something compared to you and it.Be specific but attention maker.But dont be too specific ,itll be a little boring and wont get attention.Hope that helped
Answer: His arms muscles work in pairs so that one contracts while the other relaxes as he climbs up.
Explanation: when we exercise one muscle, there is usually another muscle that isn't the target of the exercise but it helps us maintain the form by doing the opposite movement. For example, when we do a bicep curl, the muscle that we are working is the biceps, and it contracts, but at the same time, the triceps relaxes, this is called antagonist muscles. The same thing happens when a rock climber climbs up the rock wall, the biceps contract as he pulls up and the triceps relax at the same time.
Answer:
<em> require</em> a gain or a loss of heat energy
Explanation:
so yes they do <em>require</em> energy for each phase. also keep in mind that . During a phase change energy my be added or subtracted from a system,<em> but the temperature will not change.</em>