Answer:
bounded rationality
Explanation:
When decisions are constrained by time and costs, or when information available is partly accessible or incomplete, then bounded rationality limits our decision making. Even in conditions when we would think that we are acting on behalf of reason, there will be always some constraints that prevent us from being rational.
The decision makes that work in small and big organizations are aware of this and therefore they try to take into account the bounded rationality factors.
In this sense, managers will always pursue to play the more rational approach while taking decisions, and the use of computers and having the complete picture as well as the most information will somehow lessen the effect of bounded rationality, and despite it, a decision will always be human even if its aided with data served by a computer, as compared to a complete environment where only machines would operate in a cold-hearted and fully rational world.
He was critical of President Lyndon Johnson’s
administration. A staunch conservative,
he criticized Johnson’s leadership as lacking of direction. Johnson countered by saying that Goldwater’s
aggressive approach would lead to nuclear war.
He lost to Johnson in the 1964 elections.
It would be that a lot of people will die and for the next war they will nor have people to fight in the war
Answer: America essentially saw urbanization as a necessity and nature as an obstacle.
Explanation: The United States started to urbanize around 1910 and in order to urbanize functionally you would have to have plenty of land for plenty of buildings and nature really had a lot of territory back then and there wasn't very much space for the country's city's to grow so the government decided the best to make more room was to clear away forest and such. Urbanization not only made America what is today but also had and still has a major effect on the weather; urban areas tend to generate more rain.
Earth can be considered as a closed system, since it only receives sunlight (energy), while the overall mass stays constant, without (almost) any exchange from space. Another example of a closed system is a saucepan or frying pan, on a stove, when its lid is closed.
