Answer: C) disruptors
Explanation:
Disruptors as the term implies, tend to disrupt the normal way of doing things by creating new and more efficient methods of production that will usurp the dominance of those are the top such that they eventually take over the industry.
In coming up with new ways of doing things, these disruptors are innovators and they are usually entrepreneurs who are not weighed down by the belief that the industry should work in a certain way and so they are more open to coming up with these new ideas that are so disruptive.
Answer:
$2.80 per chair
$2.25 per table
Explanation:
If cost is assigned at a rate based on direct labor hours, the total disposal cost for chairs and tables is, respectively:
The respective disposal cost per unit is:
Answer:
$1,250
Explanation:
The computation is shown below:
Customer life time value = Gross contribution margin × (yearly retention rate ÷ 1 + yearly discount rate - yearly retention rate)
= $500 × (0.8 ÷ 1 + 0.12 - 0.80)
= $400 ÷ 0.32
= $1,250
The gross contribution margin would be
= $1,000 - $500
= $500
hence, the estimate for the lifetime value os $1,250
Answer: framing
Explanation:
From the question, we are informed that people often make decisions on the basis of a mental accounting and that one facet of this accounting is making a decision based on the way a problem was posed.
The above situation is referred to as framing. The way a problem is actually leads to the way the problem will be solved.
Answer:
Correct answer is G.
I, II and III
Explanation:
Order-up-to-level (T) = d(P+L) + safety stock
d = mean demand
When Lead time is fixed,
Safety stock = function of (std deviation of demand, L, P, in-stock probability)
When Lead time also has variability,
Safety stock = function of (std deviation of demand, std. deviation of lead time, d, L, P, in-stock probability)
So, in any case, T will depend on d, std deviation of demand, and in-stock probability.
