Hello My Dear Friend!
Jefferson aimed to unite the colonists against the British government<span> in writing the Declaration of Independence.
The conclusion of the Declaration of Independence supported his purpose it stated that the document was approved and supported by the representatives from all thirteen colonies.</span>
By the way,
the Declaration of Independence is written in a structure that will surely convince the masses. It has a conclusion assuring the all the thirteen representatives of the colonies agree and support the declaration.
Therefore, The
Correct Answer would 100% be:
Option: "He concludes by stating that representatives from all thirteen colonies support the document."
I Hope my answer has come to your Help. Thank you for posting your question here in
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Answer: I’m doing good and how about you
Explanation:
Explanation:
A situation in school life that most young people must have gone through is bullying, this type of offense related to some physical or mental characteristic of someone can generate major traumas and cause the person to develop emotional problems such as depression for example.
Therefore suffering bullying is an unfair situation that no young person needs to go through, and if that situation occurs, it is ideal to immediately communicate to school officials, for example, parents and any trusted adult so that the necessary steps are taken, as everyone deserves to be respected as they are.
★ Formula Applied :




★ Explanation :

Lets use substitution method ,
Let , u = sin2x
⇒ du = 2.cos2x.dx





★ Alternate Method :




]

Answer:
Les Misérables by Victor Hugo
Explanation:
So this one is fairly different from the other one, it's a book that was originally written in French. It's about a man named Jean who goes to jail for a long time for stealing bread. He later gets out years later, and struggles finding shelter and a job because he used to be in jail. Anyways, he meets a guy who offers him shelter, and Jean later steals his silver to sell it, the man finds out but kind of allows him because he knows he's suffering.
This is all I know so far because I'm not done reading it, (it's a very big book) but I like it so far.
Also the book was written in 1845, it's old, but interesting. :D