Answer:
All of the above are true.
Explanation:
The law of diminishing returns was first formulated by the classic economist David Ricardo. It presupposes a technical relationship between input and output, which is not scientifically demonstrable but only empirically. In practice, in a generic production system, at any contribution of any factor, that is, land, labor, capital, machines, etc. there is no proportionally increasing production increase.
Normally it is assumed that the law does not always come into operation but only when the variable input exceeds a certain threshold. For example, the increase of workers on an assembly line certainly allows a proportional increase in production, but only until the entire system begins to suffer from malfunctions due to logistics or work organization, precisely because of the its getting bigger. Large industrial plants have shown that they must be divided into sections, however coordinated, precisely because of the decreasing returns. This is because the increase in the number of workers and the mass of the plants does not correspond to a consequent increase in production.
I think it would be impact
Determinants of long a firm should borrow money include are:
⇒the seasonal environment of the business
⇒the cost of inventory
⇒the cash flow forecast
The term "capital structure" describes how a company decides to finance its projects and assets through a combination of internal resources, debt, and equity.
To lower their risk of insolvency, remain effective, and ultimately maintain or become profitable, a company should determine the ideal debt to equity ratio.
The capital structure of a company is influenced by a wide range of variables, including leverage or trading on equity, company growth, the nature and scale of the business, the desire to maintain control, the flexibility of the capital structure, investor requirements, the price to float new securities, the timing of the issue, the corporate tax rate, and the legal requirements.
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Health Science Career Cluster
Answer:
Cost per equivalent unit: $60
Explanation:
Cost per equivalent unit = (Cost of Beginning Work in Progress Inventory + Total production cost during the period) / Equivalent Units of Production (EUP)
Total Production Cost = $90,000
Equivalent Units of production (EUP) = 1,300 + 400 x 50% = 1,500 units
Cost per equivalent unit: $90,000 / 1,500 units = $60
