Answer:
730 items
Explanation:
The objective of the given information is to determine the number of hamburgers UAHH should order for the following conditions:
Average daily demand 600
Standard deviation of demand 100
Desired service probability 99%
Hamburger inventory 800
The formula for a given order quantity in a fixed period of time can be expressed as :
where;
= order quantity = ???
= daily demand average = 600
L = lead time in days = 1
T = time taken = 1
z = no of standard deviation = ???
= standard deviation of usage in lead time and time taken = ???
I = present inventory level = 800
= 
× standard deviation of daily demand
= 
= 1.4142 * 100
= 141.42 items
From the Desired service probability 99% = 0.99; we can deduce the no of standard deviation by using the excel function (=NORMSINV (0.99))
z = 2.33
From
q = 729.5086 items
q ≅ 730 items
Therefore; the number of hamburgers UAHH should order from the following given conditions = 730 items
Answer:
$16.20
Explanation:
Calculation for How much is the cost per equivalent unit for direct materials
Cost per equivalent unit for direct materials=($36,000+$186,000)/[11,000+(3,000*90%)]
Cost per equivalent unit for direct materials=$222,000/(11,000+2,700)
Cost per equivalent unit for direct materials=$222,000/13,700
Cost per equivalent unit for direct materials=$16.20
Therefore the the cost per equivalent unit for direct materials will be $16.20
Answer: Debit Accounts receivable for $600.
Explanation:
The customer had not been billed so that means that they still owe the company. This would make them an accounts receivable so the adjusting entry will have to debit the Accounts Receivable account for $600 to show that it is increasing.
This amount will be credited to the Accrued revenue account to show that the cash has not yet been received.
Answer:
The balance in the account = $851.8
Explanation:
The future value of a lump sum is the amount expected at a future date when a sum of money is invested today at a particular rate of interest for certain number of years
.
This implies compounding the initial amount invested ($300) at the given interest rate(11%) for 10 years.This will be done as follows:
<em />
FV = PV × (1+r)^(n)
FV-Future value
r- rate of return per period
n- Number of period
PV - 300
r-11%
DATA
FV- ?
PV - 300
n- 10
FV= 300 × 1.11^10 = 851.83
The balance in the account = $851.8
