Answer:
The correct answer is: low.
Explanation:
According to the traditional product-market matrix, innovativeness risk can imply different variations in a company's process of production. However, in the case of the ice cream manufacturers, the only change is a flavor that is likely to represent little to no change risk because the technology involved to produce it will be almost the same as producing the rest of the flavors.
Answer:
Please see explanation below.
Explanation:
The next step is to conduct a secret ballot election which will be supervised by National Labor Relations Board (NLRB) as might be required by the employer-Champlain products inorder to obtain voluntary support from the employees that the union wants to represent. The reason being that the management might decided not to recognize the card checks practise on the basis that a union without a secret ballot election is not reliable hence employees that signed the card might have been intimidated or coerced by the union to do so.
Where the management refuses to recognize the card check that was signed by at least 41% of the employees it wants to represent, management would then request for secret ballot election where employees would be able to vote confidentially without coercion or undue influence from the union or co-workers.
Answer: She updates her online profile regularly and participates in work related online discussions.
Explanation:
Answer: $ 30,290,000
Explanation:
For this question, the transportation table has been addressed below.
“X” indicates that there will be no possible production in the specific cell.
(i) The total cost of optimum production plan = (50,000 x 50) + (50,000 x 78) + (50,000 x 50) + (50,000 x 75) + (20,000 x 91) + (40,000 x 88) + (50,000 x 50) + (50,000 x 75) + (40,000 x 85) + (50,000 x 50) + (2,000 x 75)
= $ 30,290,000.
Therefore, the cost of the plan will be $30,290,000.
Answer:
Part A:
Workers Needed=20.833≅21
Part B:
Productivity of individual worker=2.0833 parts/hour
Part C:
Multifactor productivity=0.0832 Parts/$
Explanation:
Part A:
Total parts =100,000
Workers needed= Total parts/(Parts per hour* hours per shift*Total Shifts)
Workers needed=20.833≅21
Part B:
Productivity of individual worker:
Part C:
Total cost of material= $10*100,000=$1,000,000
Capital Costl= $100,000
Total labor Cost=
Total labor Cost=$100,800
Multifactor productivity=Total Parts/(Total cost of material+capital cost+Total labor Cost)
