Answer:
1) Monarch, 2) Lords, 3) Vassals, 4) Peasants.
Explanation:
The Monarch typically either held the most power, or was at least the figurehead of the society. This places them on the pinnacle of power.
The Lords swore allegiance to the Monarch, and with collectiveness, typically would receive some sort of protection under the Monarch umbrella. In return, they would have to send soldiers to help fight the Monarch's battles, as well as supply certain materials, depending on what they produce and what the Monarch's need.
The Vassals are such like Lords, in which they had small amount of land and infrastructure, and, as such in a lesser scale, would receive accommodations from Lords in exchange for their allegiance to the Lords.
Peasants are the most numerous and also ranked at the base of the pyramid, and typically was made up of farmers. These hold very little power, and sometimes were also attached to the land that they live and work on.
Of course, this pyramid does not include all classes, and the over-arching titles that can be used for multiple groups is not sufficient enough to place certain groups within these titles in the correct areas. Also, it is important to note that there may be differentiations from a hierarchy to another, but the over-all model is relatively the same.
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Progressive reformers believe that bi<span>g businesses should be regulated by government to help small businesses since they want to eliminate corruption that exists in both business and government. </span>
Answer:
c
Explanation:
the military got stronger and that's it.
Answer:
Battle Of Atlanta Summary: The Battle of Atlanta was fought on July 22, 1864, just southeast of Atlanta, Georgia. Union forces commanded by William T. Sherman, wanting to neutralize the important rail and supply hub, defeated Confederate forces defending the city under John B. Hood.
Explanation:
A negligible difference. Wind speed of 40 mph generally does not change the temperature of the air that much.
However, I believe you are meaning to ask what the difference feels like if you were subject to these conditions, this is a more complex answer. (Assuming that your skin temperature is greater than 35 degrees) You first need to understand that a change in wind speed would only decrease the time taken for your skin to equalise it's temperature to the surrounding air and thus feel 'colder', this is because more air is flowing over your skin per unit of time.
There are multiple other factors in determining what the 'feels like' temperature would be, such as taking into account the humidity and density of the air combined with our understanding of how heat is lost from the human body.
