<h3><u>
Full question:</u></h3>
Why is persistent unemployment a possibility in the Keynesian model but NOT in the classical model?
A) The Keynesian model assumes that the level of real GDP is inflexible.
B) The Keynesian model assumes that people work for motives other than those of earning an income for themselves and supporting a family.
C) The Keynesian model assumes that workers can lose their jobs to foreign competition during economic downturns.
D) The Keynesian model assumes that nominal wages are inflexible downward.
<h3><u>
Answer:</u></h3>
The Keynesian model assumes that nominal wages are inflexible downward - is persistent unemployment a possibility in the Keynesian model
<h3><u>
Explanation:</u></h3>
The classical model is quite the usual microeconomic principles. Keynes claimed that the classical model is not common. In the classical model, the basis for the rationalizing is notional demand and supply, which implies market equilibrium. Keynes proposed the idea of aggregate demand, the overall demand for products and services in the economy.
Keynes supposed that the unemployment force persists regularly. Keynes was suspicious that the economic dominance of demand and supply drive the economy to a common equilibrium. Rising government spending or cutting taxes will boost aggregate demand.
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He applied his skill in engineering to toughen up the defence
Answer:
President William McKinley asks Congress to declare war on Spain on April 20, 1898.
Explanation:
Answer:
<em><u>The answer is</u></em>: <u>They not only serve for Regenerative Medicine, but also for the "screening" of new drugs, and some other things.</u>
Explanation:
Currently, studies in regenerative medicine are aimed at research and knowledge of induced pluripotent cells (iPSCs). For some, they are the cells called to take over from embryonic stem cells (ESCs), which until recently were the main objective of research in this field of biomedicine.
<u>Since the first cultures of mouse embryonic cells derived from blastocysts were obtained in 1981</u>, the foundations were laid for the development of the necessary methodologies that would lead later to generate human embryonic cells with characteristics similar to those of the mouse.
In addition to their interest in Regenerative Medicine, these types of cells are a tool of great value for the "screening" of new drugs, as well as a model to study the etiology of diseases that originate during the embryonic stage, and to study processes that occur during human embryonic development
.
<em><u>The answer is</u></em>: <u>They not only serve for Regenerative Medicine, but also for the "screening" of new drugs, and some other things.</u>
