Answer:
$22000 and $50000.
Explanation:
Given: Purchased value of equipment- $72000.
Residual value- $6000
Estimated useful life of equipment- $ 5 years.
Now, finding value of depreciation for 2011 using the sum of the years digits method.
Depreciation cost= 
⇒ Depreciation cost= 
∴ Depreciation cost= $66000.
Depreciation fraction for 1st year= 
Depreciation expense for 1st year= 
∴ Depreciation for 2011 is $22000.
Next, lets find out the book value at the end of first year.
Book value= 
Book value= 
∴ Book value at December 2011 is $50000.
Answer:
The correct answer is letter "C": during the design phase.
Explanation:
In order to minimize costs during the production process of a good, it is better to identify potential issues during the design phase. It allows the organization to correct the problem and even improve the quality of the initially expected good. Besides, if the issues are corrected before the product is commercialized, it will avoid the company of being imposed lawsuits for not carrying out proper quality assurance inspections.
Answer:
relevant
Explanation:
Based on the scenario it can be said that the finder's fee would be considered to be a relevant cost for this decision. This type of cost refers to costs that can be avoided but are instead incurred as a consequence to a specific business decision. Which seeing as the fee in this scenario is only incurred if the company decides to buy instead of leasing then it is a relevant cost.
Answer:
Thinking on the margin will ensure that each pair of inserts produced is turning a profit. Once a profit is no longer being made on a pair of inserts, production must be cut back. Understanding these margins will also help me stay competitive in a market that is open to other producers. If additional producers enter the market, I know that I have the ability to lower prices or offer discounts while still maximizing profits.
Explanation:
Answer:
B) greater than $30 but less than $40
Explanation:
the options are missing:
A) less than or equal to $30
B) greater than $30 but less than $40
C) greater than $40 but less than $50
D) greater than $50
we must first calculate safety stock = (Z-score x √lead time x standard deviation of demand) + (Z-score x standard deviation of lead time x average demand)
- Z-score for 98% confidence level = 2.326
- standard deviation of demand = 30
- √lead time = √5 = 2.23607
- we are not given any standard deviation of lead time, so we can assume that it is 0
safety stock = (2.326 x √2.23607 x 30) + (2.326 x 0 x 300) = 156.03 ≈ 156 units
the annual holding cost of 156 units = 156 x $0.25 = $39
