Answer:
O price is higher and quantity is lower
Explanation:
Taxes are compulsory levies, fines that businesses have to make to the government. Taxes are imposed on income of workers, profits made on businesses and on imports.
When goods are taxed, it raises the price of good. Depending on how much the tax amount is, a good may become very expensive and this decreases quantity supplied.
Tax would increase the amount that buyers pay for a good, and reduce the quantity of goods that are being supplied to a seller.
I believe that they used The Red Sea
It results in Nndriananahary unleashing the sun on the world.
Hope this helps! :D
The answer is purposiveness of behavior.
Edward Tolman is a purposive behaviorist whose work contributed to cognitive learning theory. His theory was called Purposive Behaviorism because he dealt with behaviors that are purposive or goal directed. Behaviors become purposive when an individual seeks something in its environment. The bits of knowledge and cognition gathered while seeking in the environment serve as cognitive maps are used to navigate more and find routes to his goal.
Answer:
The Millenium Ecosystem Assessment Report (MA, 2005), broadly defines ecosystem services as ‘the benefits humans obtain from ecosystems.’ However…. Not operational for all research purposes (Boyd and Banzhaf 2007, Wallace 2007 and Fisher and Turner 2008, Maeler et al. 2008), and efforts have been made to more carefully classify and understand ecosystem service to make their analysis more operational Fisher et al 2009). Ecosystem services are the direct and indirect contributions of ecosystems to human well-being, they support directly or indirectly our survival and quality of life. I. INTRODUCTION TO THE ECOSYSTEM SERVICES
3. From an economic standpoint an Ecosystem service is ‘a good or service flowing from an ecosystem that is of value to humans and occurs naturally’. Ej = r (N) Ej = jth ecosystem service N = natural capital (ecosystem structure) r = ecosystem function or process Example: Water quality= r (precipitation, terrain, soils, aquifers, biota) Introduction…
