If the world price of cotton falls, firms will be less willing to supply cotton. Therefore, fewer cotton firms may open, or few people will be employed in the cotton-producing industry; therefore, the demand for labour for cotton-producing firms in South Carolina will decrease.
Since the world price of cotton falls, a textile-producing firm in South Carolina which uses cotton as only one aspect of their textiles, textile firms can buy more cotton since it's cheaper and will reduce costs. Since this is the case, the demand for cotton will increase. Because of this, more textiles need to be made, and so the demand for labour increases as a result.
The unemployment resulting from such sectoral shifts in the economy is best described as structural since demand for labour is decreasing in the primary sector and increasing in the secondary sector of the industry.<span>
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Answer:
Majority
Explanation:
For the law to be passed in the House of Commons, it must be voted by the simple majority of the House. The House of Commons has 650 members, so for a law to be passed in this legislative body, it must be approved by 325 of its members.
Large knowledge structures. hope this helps (:
Between april 12,1861 and may 12-13, 1865 in 23 states....
Answer:
Scientific Model
Explanation:
A scientific model is a common term in scientific experimentation or research, which is used to describe a particular phenomenon or situation, by using something else to represent it, thus, it helps in understanding the concept in a easier way.
A scientific model are in various forms, such as visual model, mathematical models or computer models.
The purpose of scientific model is to make the actual thing, phenomenon or situation that is being modelled easier to understand. This helps in using the model to understand how and why a situation occurs, and predict what happens in future.
For example, using predictive models, to predicting or make weather forecast, that is what will happen as our climate changes would be easier to understand, if we could make a fully accurate model of the atmosphere.