Answer:
$1,068,000
Explanation:
The computation of the total manufacturing overhead cost should be
Total variable manufacturing overhead for 50,000 machine hours is
= Indirect labor + Machine supplies +Indirect materials
= 630,000+90,000+120,000
= $840,000
Now
Variable manufacturing overhead per machine hour is
= Total variable manufacturing overhead cost ÷ Number of machine hours
= $840,000 ÷ 50,000
= $16.80
And,
Total variable manufacturing overhead for 60,000 machine hours
= Variable manufacturing overhead per machine hour × 60,000
= $16.80 × 60,000
= $1,008,000
Now the total manufacturing overhead cost should be
= 1,008,000 + 60,000
= $1,068,000
Answer:
The the elasticity of demand for biscuit is <u>-0.33</u>.
Explanation:
Elasticity demand is the degree of responsiveness of quantity demanded for a commodity to a change in the price of that commodity.
The elasticity of demand for biscuit can be calculated using the following elasticity of demand formula:
Elasticity of demand = Percentage change in Qd / Percentage change in price .................. (1)
Where Qd denotes quantity demanded.
Percentage change in Qd = [(New Quantity - Old Quantity) / Old quantity] * 100 = [(200 - 300) / 300] * 100 = -33.33%
Percentage change in price = [(New price - Old price) / Old price] * 100 = [(N500 - N250) / N250] * 100 = 100%
Substituting the values into equation (1), we have:
Elasticity of demand = -33.33% / 100% = - 0.33
Therefore, the the elasticity of demand for biscuit is <u>-0.33</u>.
Note that since -0.33 in absolute term |-0.33| is less than 1, the demand for biscuit is inelastic. That is, the change in the quantity demanded for biscuit responds less than the change in its price.
Answer
The answer and procedures of the exercise are attached in the following archives.
Step-by-step explanation:
Gross profit = Sales - Cost of goods sold
= (440 x 90 + 220 x 80 + 264 x 50) - (440 x 56.7 + 220 x 50.4 + 264 x 31.5)
= (39,600 + 17,600 + 13,200) - (24,948 + 11,088 + 8,316)
= 70,400 - 44,352
= $26,048
Ending inventory schedule attached in the excel archive
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
Answer:
Provision the workload in an Auto Scaling group across Availability Zones, with a minimum of two Amazon EC2 instances Use an Application Load Balancer in front of an Auto Scaling group.
Explanation:
To ensure high availability configure at least 2 EC2 instances so if one fails the other will be a backup. Also aouto scale across various regional availability groups. Worldwide Amazon has various availability stations so making the workload available across multiple regions ensure it will not be affected incase a region goes down.
Answer:
the answer is (d) euro. might be wrong tho i dont know
sry...
