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Firms that can employ and establish <u>isolating mechanisms</u> are more likely to protect their competitive advantage from being copied and/or eroding away.
Isolation mechanisms:
A company is able to maintain its competitive edge for a longer period of time if it can stop a rival from copying the resource or capability that provides it that advantage. Isolation mechanisms is the name of this technique. For instance, a patent is a legitimate tool to stop imitation.
A firm's objective is to have a prolonged competitive advantage when a resource or capability gives the firm an advantage over competitors for an extended period of time. The industry will determine how long a company can preserve a competitive advantage.
If a business can maintain a competitive edge for a year in a fast-moving field like information technology or quick fashion, it may be quite happy. In an industry with less frequent changes, such as feminine hygiene, a persistent competitive advantage may remain considerably longer.
A sustainable competitive edge cannot be maintained by any company indefinitely. The competition is constantly working to improve its own competitive edge.
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Answer:
proper per unit inventory value for product Z applying LCM is $38
Explanation:
given data
cost of product Z = $43
net realizable value product Z = $37
normal profit for product Z = $2
market value product Z = $38
solution
first we get here difference between Net realizable value and profit that is
Net realizable value - normal profit
= $37 - $2
= $35
so here now we get proper per unit inventory is
proper per unit inventory = lower of cost or market value
so here market value product Z is lower so
proper per unit inventory value for product Z applying LCM is $38
Answer:
0.2 or 20%
Explanation:
The three possible outcomes, with respective probabilities and returns, as follows
Outcome 1: Probability (P) = 0.35, Return (R) = 0.20
Outcome 2: Probability = 0.25, Return = 0.36
Outcome 3: Probability = 0.40, Return = 0.10.
The expected return will be computed as follows.
Expected Return = 
= (0.35*0.20) + (0.25*0.36) + (0.40*0.10)
= 0.07 + 0.09 + 0.04
= 0.2
Therefore expected return = 0.2 or 20%