The Embargo Act of 1807 was a general trade embargo on all foreign nations that was enacted by the United States Congress. During the Napoleonic Wars, rival nations Britain and France targeted neutral American shipping as a means to disrupt the trade of the other nation. President Thomas Jefferson hoped that the Embargo Act of 1807 would help the United States by demonstrating to Britain and France their dependence on American goods, convincing them to respect American neutrality and stop impressing American seamen. Instead, the act had a devastating effect on American trade.
Explanation: American president Thomas Jefferson (Democratic-‐Republican party) led Congress to pass the Embargo Act of 1807. Effects on American shipping and markets: Agricultural prices and earnings fell. Shipping-related industries were devastated. He believed that economic coercion would convince Britain and France to respect America's neutral rights. The embargo was an unpopular and costly failure. It hurt the American economy far more than the British or French, and resulted in widespread smuggling. Instead, smuggling flourished, particularly through Canada. In the last sixteen days of President Thomas Jefferson's presidency, the Congress replaced the Embargo Act of 1807 with the almost unenforceable Non-Intercourse Act of March 1809. This Act lifted all embargoes on American shipping except for those bound for British or French ports.
He was an American silversmith and patriot during the American Revolution.he risked his life for the colonists. Messenger and fought in the French and Indian war at age 21
The best explanation why the area between Spain and Gaul was not part of the Roman empire until that later period was a culmination from both undesireability and difficulty in accessing this region due to its mountaineous nature. So I would wager the answer being both C and D - undesireability and difficulty in access.
The monomers of DNA and RNA are nucleotides, which are made up of a phosphate group, a five-carbon sugar and a nitrogenous base. In DNA, the nitrogenous bases are adenine, cytosine, guanine and thymine. In RNA, the nitrogenous bases are adenine, guanine, cytosine and uracil
