Answer:
Variable overhead efficiency variance= $544 favorable
Explanation:
Giving the following information:
Variable overhead 0.90 hours $ 3.40 per hour
Actual output 4,400 units
Actual direct labor-hours 3,800 hours
<u>To calculate the variable overhead efficiency variance, we need to use the following formula:</u>
<u></u>
Variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Variable overhead efficiency variance= (3,960 - 3,800)*3.4
Variable overhead efficiency variance= $544 favorable
Standard quantity= 4,400*0.9= 3,960
Answer:
The answer is "The first choice".
Explanation:
Please find the graph file of the given question:
In the given question the first choice is correct because in the graph it has 3 dots, which denotes the (tv's) in 2 that is equal to the two houses.
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
Out of the following choices given, the term that describes the seller's ability and desire to seel good and services is called demand. The answer will be B.