Answer:
False
Explanation:
The case stated in question statement does not refer to focused differentiation strategy rather it is an example of Focused cost leadership strategy.
Focused cost leadership strategy is one that is competes on price margins targeting a narrow market and setting the price lower than other already existing competitors.
While, on the other end a focused differentiation strategy targets acquiring market by introducing some different product.
Answer:
is the pattern that follows any of the variables that determine the benefit of an economic activity
a standard is the reference level of some factor of production
Answer:
The answer is B.
Explanation:
In the telecom industry, the threat of new entrants is most likely low. Why? - Because:
1. High brand loyalty meaning that the existing customers are unlikely to switch to any competitors be it existing or potential. This will discourage any new entrant.
2. High economies of scale. They are enjoying low cost of inputs with high outputs. New entrants will find it difficult initially to produce at low cost. This will also discourage new entrants.
Also, the presence of strong network effects and proprietary technology among the existing firms will deter new entrants.
Answer:
The correct answer is: produce inside its production possibilities frontier.
Explanation:
The production possibility frontier shows the maximum possible combination of two goods that an economy can produce using all the available resources and state of technology.
Unemployment in an economy means that all the available resources are not being completely used. So, the economy will operate at a point inside the production possibility curve.
Production at this point will be feasible but allocatively inefficient.
We are given the series of chemical reactions:
Ethane is chlorinated in a continuous reactor:
C2H6 + Cl2 --> C2H5Cl + HCl
But some of the product monochloroethane becomes further
chlorinated by an undesired side reaction:
C2H5Cl + Cl2 --> C2H4Cl2 + HCl
So to avoid the product monochloroethane to be further
chlorinated, there must be fast processing or fast conversion of ethane so that
there would less time for further chlorination. Hence we must design the
reactor for high conversion of ethane.
To make the process economical, there must be a
downstream separation step that would separate the main product monochloroethane
from the undesired product dichloroethane.
