Answer:
Simple rate of return = 6.25%
Explanation:
As per the data given in the question,
Net operating income = saving - depreciation on machine
Investment = cost price - scrap value
So, we can calculate the simple rate of return by using following formula:
Simple rate of return = Net operating income ÷ investment
By putting the value, we get
= ($138,000 - $89,200) ÷ ($802,800 - $22,200)
= 0.0625
= 6.25%
Answer:
The correct answer is that the valuation would decrease total assets and stockholders’ equity by $101.00
Explanation:
Item Cost Market price Impact
Quantity
1 220 $ 4.40 $ 4.60 no impact as cost is lower
2 130 $ 6.20 $ 6.00 ($6.20-$6.00)*
130=$26
3 100 $ 10.00 $ 9.25 ($10-$9.25)*100 =$75
4 25 $ 20.50 $ 25.00 No impact as cost is lower
The total reduction in the value of inventory as a result of adopting the lower of cost or market price valuation is $101 ($75+$26),hence decreases total assets by $101 and the stockholders' equity(retained earnings which is a component of stockholders' equity ) by the same amount
Answer:
A.Incremental income(loss)
Sales as scrap $39,000
Rework $41,600
B.The company should REWORK
Explanation:
A. Sales as Scrap Rework
Sales of scrap units ($13,000×3.00)
$39,000
Sales of rework units ($13,000×8.20)
$106,600
Cost to rework units($13,000×5.00) $65,000
Incremental income(loss)
$39,000 $41,600
B.Therefore the company should REWORK
($106,600-$65,000)
=$41,600
Answer:
Explanation:
Number of completed barrels = 216 + (244-216)*60%
= 233 barrels
Cost per barrel = (3245+3230)/233 = 27.8
Cost of oil shipped in pipeline = 216 * 27.8= 6003 millions
Cost of work in process ending inventory = (244-216)*60% * 27.8
= 467.04 million
One way to speed up the acquisition of classically conditioned response is to INCREASE THE INTENSITY OF BOTH THE CONDITIONED STIMULUS AND UNCONDITIONED UNCONDITIONED STIMULUS.
Acquisition refers to how learned responses are strengthened or changed over time. Classical conditioning refers to the learning process which occur when two stimuli are repeatedly paired. In order to increase the rate of learning [acquisition], the intensity of both the condition and unconditioned stimulus can be increased.
