Social Studies, 20.11.2020 04:30 cld484
PROJECT: NON-MARKET DISTRIBUTION METHODS
Think about how many goods and services are distributed every day. There are many ways that these items end up in the
hands of various consumers throughout the country. Sometimes, these methods are expliclt-they are clearly expressed or
observed. But at other times, items are just distributed without people really thinking about how this happens. For this
project, you will be asked to be aware of the ways that goods and service are distributed in your world.
Explain a non-market distribution method. Explore a distribution method within a real-life setting.
Answers: 2
Social Studies, 22.06.2019 02:00, cobyontiveros
The united states economy is one in which producers are generally free to produce what they want and consumers are free to purchase what they desire, so long as no laws are broken. at the same time, however, the government does regulate some aspects of the economy. the u. s. can best be described as which of the following a mixed economy b liberated economy c command economy d market economy
Answers: 3
Social Studies, 22.06.2019 09:30, esanchez2002fcb
Which factors slowed population growth in china until the 1300? a. one child policy. b. urbanization c. epidemics. d. warfare
Answers: 1
Social Studies, 22.06.2019 13:30, Jasminanai42
Halle is a calculating, self-centered salesperson. she never engages in relationship marketing. she looks on any sales situation as a "win-lose" situation, and she believes any legal method she can use is justified when she wins. hallie is most likely at the stage of ethical development.
Answers: 3
Social Studies, 22.06.2019 19:00, Jennifer312332
Which of these was not a component of the american system? a) protective tariff b) internal improvements c) universal manhood suffrage eliminate d) the 2nd bank of the united states
Answers: 1
PROJECT: NON-MARKET DISTRIBUTION METHODS
Think about how many goods and services are distributed ev...
Mathematics, 19.11.2020 23:30
Mathematics, 19.11.2020 23:30
Mathematics, 19.11.2020 23:30