Answer:
Salaries for her employees
Explanation
Answer:
D. contingency planning
Explanation:
A contingency plan is a plan that is made to take account of a future occurence or event that might affect the workability or effectiveness of the current plan.
A very simple example of contingency plan is keepin an umbrella with you at all times just incase it starts to rain.
cheers.
Answer:
b. $80,000
Explanation:
The computation of the deferred portion of its provision for income taxes should be given below:
= $300,000 ÷ 3 years
= $100,000
Now
= 30% of $100,000 + 25% of $100,000 + 25% of $100,000
= $30,000 + $25,000 + $25,000
= $80,000
Therefore the option b is correct
The correct option for The firm enjoys economies of scope.
economies of scope exist if C(Q1, 0) + C(0, Q2) > C (Q1, Q2) (10 + 5Q1) + (10 + 5Q2) > 10 + 5Q1 + 5Q2 - 0.2Q12Q2.
Economies of scope is an economic theory stating that the average total cost of production decrease as a result of increasing the number of different goods produced. For example, a gas station that sells gasoline can sell soda, milk, baked goods, etc.
Economies of scope is a financial precept wherein a commercial enterprise's unit value to supply a product will decline because the form of its products will increase. In different words, the extra one of kind-but-comparable goods you produce, the lower the total cost to provide each one may be.
Your question is incomplete. Please read below for the missing content.
A firm can produce two products with the cost function C(Q1, Q2) = 10 + 5Q1 + 5Q2 - 0.2Q1Q2. The firm enjoys:
A. economies of scale in the two products separately.
B. economies of scope.
C. cost complementarity.
D. economies of scale in the two products separately and cost complementarity.
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Four major categories of Primary energy use are:
1. Transportation
2. Industrial Process
3. Commercial and residential use
4. Generation of electrical power
Transportation depends entirely on petroleum, whereas
nuclear power, coal, and water power are limited to the production of
electricity. Electricity is in most commercial and residential use. Industrial processes
use natural gas, oil, and electricity. Some oil, natural gas and biomass are
used for the generation of electricity.
