Managers and leaders perform many tasks as a result of their goals and objectives. Even though many tasks may be completed as a

Answer:

Net Investment amounts to 4,000

Explanation:

Gross Investment is calculated to be 10,000

Depreciation can be determined as Market Value minus Book value

Depreciation = 26,000 - 20,000

Depreciation = 6,000

Net Investment is then calculated as Gross Investment minus Depreciation

Net Investment = 10,000 - 6,000

Net Investment equals 4,000

Note: Gross investment for 2017 includes the 3 new beds acquired during 2017 for a total cost of 10,000. The Net investment calculation starts by determining the depreciation, which is obtained by subtracting the book value from the market value.

Answer:

The conversion cost per equivalent unit in the mixing department amounts to $ 14.19

Explanation:

Step 1 Determine the Number of Units Completed

Hint: Input units in process must equal output units from the process

Thus, Units Completed = 4,000 units+8,000 units - 2,500 units

= 9,500 units

Step 2 Assess the total conversion cost for the period within the process

Hint: Conversion costs in Opening Work In Progress + Conversion Costs Initiated during the Process

So:

Opening Work In Progress         $55,000

Plus Costs Initiated during the Process $92,000

Total Conversion Costs              $149,000

Step 3 Calculate the total Equivalent Units concerning Conversion Costs

Completed Units - 100%               9,500

Closing Work in Progress - 40%   1,000

Total                                              10,500

Step 4 Determine the cost per equivalent unit for conversion costs in the mixing department

cost per equivalent unit for conversion costs= total conversion cost/ total Equivalent Units

= $149,000/ 10,500

= $ 14.19

16 units exceed the social optimum. DWL = deadweight loss = (1/2)*(Q* - Q°) 12 = 96 Explanation: Given the demand Q=1200 - 4P and supply Q=-240 + 2P, we know in a free market, quantity demanded equals quantity supplied: 1200 - 4P = -240 + 2P. This results in P = 240 and Q* = 240. The socially optimal quantity occurs when marginal social benefit (MSC) equals marginal social cost (MSC), including marginal external costs (MEC). With MPC= marginal private cost as the inverse of the supply function: MPC = (1/2)*Q + 120, and MEC=12, our equation for MSC becomes MSC=[(1/2)Q + 120 + 12]. Also, MPB equals 300 - (1/4)Q. Setting (1/2)Q + 132 = 300 - (1/4)Q yields Q° = 224. The difference between Q* and Q° is 16 units more than the social optimum. Therefore, deadweight loss computes to 96.

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$0.20 Explanation: To determine the adjustment in the future price, the initial step is calculating the loss, as follows: Loss = Initial Margin - Maintenance Margin = $4,000 - $3,000 = $1,000. The future price adjustment will then be Loss divided by the size of the contract, returning to $1,000 ÷ 5,000 ounces = $0.20. Thus, the future price rises by $0.20. If the margin call isn't satisfied, the broker will step in at the maximum price to prevent additional losses.