Answer: redesign its products to eliminate those features that might have market appeal, but would excessively increase production costs.
Explanation:
The main aim of every organization are typically cost minimization and profit maximization. If I wanted to advise a company on the kind of actions to take to perform value chain activities more cost effectively, I'll tell them to improve their supply chain efficiency as well as use economies of scale and effective utilization of its resources.
Therefore, redesigning its products to eliminate those features that might have market appeal, but would excessively increase production costs is wrong as this will only lead to increase in cost.
Answer:
C. Unearned revenue would be debited for $700.
E. Service revenue would be credited for $700.
Explanation:
As we recieve the payment in-advance we take the obligation to perform our duties with the customer.
Therefore it is unearned revenue (liability)
at year-end there is a portion which is still unearned by the amount of 300 dollars Hence, the difference was earned: 1,000 - 300 = 700
we will decrease our liability against the customer and recognize the revenue by crediting service revenue.
The marginal benefit from the activity is equal to the marginal cost
Answer: b. $30; $20; $0
Explanation:
<em>Admission prices to Dollywood are $50 for a one-day ticket, $80 for a two-day ticket, and $100 for an annual pass. Based on these prices, the marginal cost of visiting Dollywood the second day is </em><em><u>$30</u></em><em>, the third day is </em><em><u>$20</u></em><em>, and the fourth day is </em><em><u>$0.</u></em>
The marginal cost is the extra cost per day of going to Dollywood.
Second day
Marginal cost = Second day price - First day
= 80 - 50
= $30
Third day
Marginal cost = Third day price - Second day
= 100 - 80
= $20
Fourth Day
Marginal cost = Fourth day price - third day
= 100 - 100
= $0
Answer:
$73.86 per unit
Explanation:
The computation of the cost per unit under the absorption costing is as follows
= Direct material per unit + Direct labor per unit + variable overhead per unit + fixed overhead per unit
where,
Variable overhead cost per unit
= $288,000 ÷ 36,000 units
= $8 per unit
And, the fixed overhead cost per unit is
= $102,920 ÷ 36,000 units
= $2.86 per unit
So the cost per unit is
= $32 + $31 + $8 + $2.86
= $73.86 per unit
