Answer:
The message that Washinton wanted to convey through quote is that looking back is futile uunless one is looking back to derive useful lessons.
Explanation:
George Washington was the First President of the United States and one of the Founding Fathers along with Thomas Jefferson, Alexander Hamilton, Benjamin Franklin, and others. He served in the Office from 1789-1797. He mainly worked for the development of his country, thus also known as 'Father of the Country.'
<u>The stated quote talks about the futility of looking back in the past. Since one can not go back to past to rectify the errors so it is worthless to mourn over those mistakes made in the past. The quote is conveying the message of moving forward in life with the lessons learned from the past errors.</u>
<u>Through this quote, Wasginton is telling us to stop mulling over past mistakes and move forward in the life with the lessons learned by them and the experience gained from it.</u>
Answer:
The weaknesses of the Articles of Confederation:
- Congress could not levy taxes (It did not have the power to tax citizens and it was almost impossible to pay for the costs of the American Revolution
.)
- Congress could not control trade. (either national or foreign)
- Nine of the states had to agree to pass a law. (The approval of only nine states was required to ratify laws.)
- There was no national court system. (The country did not have the power to enforce laws.)
- There was no executive to enforce the laws.
Answer:
Technology wasn't really advanced in the Mali Empire. They mainly depended on other countries for their weapons. The people in the empire made their own weapons out of bows and arrows.
Explanation:
The right answer for the question that is being asked and shown above is that: "C) CH3CH2MgBr, ether; then KMnO4, OH2 ; then H3O+; then Br2, FeBr3."
These are the following choices:
A) Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
B) KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
C) CH3CH2MgBr, ether; then KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
D) CH3CH2Br, AlCl3; then Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
