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.
The statement "A lower expected return means a higher risk will have to be accepted. " Is false. This is further explained below.
<h3>What is
the expected return?</h3>
Generally, According to the proverb, "A lower projected return indicates a bigger risk will need to be taken." Is false
In conclusion, The amount of profit or loss that an investor might anticipate obtaining as a result of the investment is referred to as the anticipated return. To get an anticipated return, first, multiply all of the possible outcomes by the percentage chance that each one will occur, and then add up all of those products. It is impossible to provide a guarantee on expected returns.
Read more about the expected return
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Complete Question:
If a firm that repairs both motorcycles and cars is able to do so at a lower cost than a firm that repairs only one or the other, this would be an example of __________.
Group of answer choices
A. economies of scope
B. economies of scale
C. monitoring
D. increasing transactions costs
Answer:
A. economies of scope
Explanation:
If a firm that repairs both motorcycles and cars is able to do so at a lower cost than a firm that does only one or the other, this would be an example of economies of scope.
Economies of scope can be defined as an economic factor which makes proportionate savings possible as well as reducing the cost of production when products are manufactured together instead of manufacturing them individually or separately.
<span>"Stuck-at-0 fault" is a term used to describe what fault simulators use as a fault model to simulate a manufacturing defect. When "stuck-at-fault-0" occurs, one of the wires is broken, and will always register at logical 0</span>
