A seller uses a perpetual inventory system, and on April 4, it sells $5,000 in merchandise to a customer on credit terms of 3/10

Answer:

Total expenditure= $3,870

Explanation:

Based on the provided data:

predetermined overhead rate= $5.50

For Job A477:

Total direct labor hours: 100

Direct materials cost: $520

Direct labor expenses: $2,800

Now we calculate the overhead allocation:

Allocated manufacturing overhead= Estimated overhead rate * Actual base amount

Allocated manufacturing overhead= 5.50*100= $550

Then, we can compute the total job cost:

Total expense= 520 + 2,800 + 550= $3,870

Answer:

None of the distributions are optimal

Explanation:

None of the distributions are optimal

Justification: All three players have the same preference for the bedrooms: they rank the large room as most valuable, the medium room as moderate, and the small room as least desirable. Each player desires the large room to enhance their overall satisfaction and payoff. Distributing the large room to one player, the medium room to another, and the small room to the last player without additional compensation will likely result in feelings of jealousy among them.

Answer: The result is -2.42

Explanation:

P1 = $4 Q1 = 800

P2 = $4.50 Q2 = 600

Applying the midpoint formula, we calculate:

For price:

P2 - P1/(P2 + P1)/2

= 4.5 - 4/(4.5 + 4)/2

= 0.5/4.25

= 0.12

For quantity:

Q2 - Q1/(Q2 + Q1)/2

= 600 - 800/(600 + 800)/2

= -200/700

= -0.29

The price elasticity of demand is calculated as change in quantity/change in price

= -0.29/0.12

= -2.42.

The answer would be Mass customization.