Answer:
The aggregate cost of the Job No. 1 amounts to $81,000
Explanation:
The aggregate cost of the Job No. 1 is computed as:
Aggregate cost = Direct material cost + Overhead cost + Direct labor cost
where
Direct material cost amounts to $36,000
Overhead cost amounts to $27,000
The Direct labor cost is computed as:
150% of Direct labor cost = Pre-determined overhead are
So,
Direct labor cost = $27,000 / 150%
Direct labor cost = $18,000
Putting the values above:
Aggregate cost = $18,000 + $36,000 + $27,000
Aggregate cost = $81,000
Answer:
Please see solution below
Explanation:
Bank reconciliation as at June 31st.
•Bank statement balance
$25,800
Add:
Bank service charges
$100
NSF check
$600
Wrong drawn
$400
Total
$1,100
Adjusted bank balance
$26,900
Bank reconciliation as at June 31st.
•Cash book balance
$27,500
Add: outstanding checks
$5,600
Balance
$34,100
Less: deposit in transit
($6,200)
Adjusted book balance
$26,900
Answer:
245 units reduction.
Explanation:
What is safety stocks?
Safety stocks can be defined as the extra stock that is been kept by business organizations in order to minimize their risk. One can not successfully say that an amount of a material will be need at a particular period of time by the consumers and this is the reason many companies or industries or business organizations do keep safety stocks in their inventory.
So, let us proceed in to solving the question.
The parameters given in the question are; lead time = 5 weeks, standard deviation of demand during the lead time = 85 units, desired cycle-service level = 99%.
We can calculate the value of units for the Reduction in safety stocks by using the formula below;
Reduction in safety stocks=safety stocks - revised safety stocks.
Reduction in safety stocks = 443 - (2.33 × 85 units × 1 week lead time)
Reduction in safety stocks = (443 - 198) units = 245 units.
Note that 2.33 is from the 99% service level) and the 443 is from the 5 weeks lead time which can be Calculated using; (maximum daily usage × maximum lead time in days) - (average daily usage) × average lead time in days.
Answer:
C) 12.5%
Explanation:
The computation of the return on equity is shown below
Return on equity is
= net income ÷ equity
where,
equity is
= Total assets - total liabilities
= $500,000 - $100,000
= $400,000
Now the return on equity is
= $50,000 ÷ $400,000
= 12.50%
Hence, the return on equity is 12.50%
Therefore the corredct option is c.
Answer:
Capability ratio = 1.04166
Explanation:
Given:
Length of a shoe (not deviate) = 1 mm
Standard deviation of this length = 0.32 mm
Number of standard deviations = 3
Find:
Capability ratio = ?
Computation:
Capability ratio = [Length of a shoe (not deviate) / Standard deviation of this length] / Number of standard deviations
Capability ratio = [1 / 0.32] / 3
Capability ratio = 3.125 / 3
Capability ratio = 1.04166
Capability ratio is greater than 1, therefore process is capable.
