Answer:
4.53%
Explanation:
Data provided in the question:
Expected return = ∑ (Return × probability)
Thus,
Expected return = (0.06 × 22) + (0.92 × 13) + (0.02 × (-15))
= 12.98%
Now,
Probability Return Probability × (Return-Expected Return)²
0.06 22 0.06 × (22% - 12.98%)² = 4.8816
0.92 13 0.92 × (13% - 12.98%)² = 0.000368
0.02 -15 0.02 × (-15% - 12.98%)² = 5.657608
========================================================
Total = 20.5396%
Standard deviation = 
= √(20.5396)
= 4.53%
Answer:
limited liability company
Answer: Monetary unit assumption
Explanation: The monetary unit of assumption states that every transaction of the business can be expresses in relation to monetary units and these units will be stable over time. The key point in this assumption is that it assumes monetary units to be stable and dependable.
In the given case, Lawton records transactions in dollars and disregards changes in value of dollars over time. Hence, we can conclude that Lawton is following monetary unit assumption.
<span>Implicit Cost Explicit Cost
The wholesale cost for the pianos that Darnell pays the manufacturer $452,000
The salary Darnell could earn if he worked as an accountant $48,000
The wages and utility bills that Darnell pays $301,000
The rental income Darnell could receive if he chose to rent out his showroom $38,000
B.
Profit ($)
Accounting Profit 842,000 - 452,000 - 301,000 = 89,000
Economic Profit 842,000 - 452,000 - 301,000 - 48,000 - 38,000 = 3,000
C. Economic Profit as an accountant = 48,000 + 38,000 - 89,000 = -$3,000. Thus, Darnell should stay in the Piano business to maximize the Economic Profit.</span>
Answer:
Annual depreciation (year 1)= $1,400
Explanation:
Giving the following information:
Buying price= $36,000.
Useful units= 300,000 units of product.
Salvage value= $6,000
During its first year, the machine produces 14,000 units of product.
To calculate the depreciation expense for the first year under the units of production method, we need to use the following formula:
Annual depreciation= [(original cost - salvage value)/useful life of production in units]*units produced
Annual depreciation= [(36,000 - 6,000)/300,000]*14,000
Annual depreciation= 0.1*14,000= $1,400
