This is both true and false the United States is a federal constitutional presidential republic. It is a joining of fifty smaller subject republic's known as states, they and the federal government imitate the Roman res publica style of government which is a further advancement of the Greek style. However the United States elects everyone in a similar manner by direct popular vote. This is the case with Governors, Representatives and Senators for the State legislatures and the United States Congress. The president is elected in a combination of the two. The populous votes for the person who they want to be president. After each state tallies its majority vote that States electoral college votes go to the winner of the majority in that state. It is very rare that a president wins both the electoral college and the popular votes. The electoral college decides the next president not the popular despite both being integrally connected to each other. This system ensures that States with a larger population cannot control the executive branch of the United States.
The answer to this question I think is 3 Laos
Answer:
I believe it was
A - Before the outbreak of the civil war
The correct answer is - 25 miles.
The journey/postal/communication relay system established in the Mongol Empire had stations set on approximately 25 miles, though there were variations from around 20 to around 30 miles.
This system was set up because the empire was enormous, so the quick travel of information was key for its functioning and proper organization.
The system, known as yam or ortoo, was very simple but very effective. For the means of travel the horse was the animal that was used, and the Mongols estimated the distance at which a single horse can be giving its maximum in speed, so they put up stations at distances where the horse's speed will start to decline because of exhaustion. The rider of the horse was either giving the message to another rider, or he was taking food and water with him, as well as a new, rested horse, and continued to the other station.
