Answer:
Answers are available in the attached images
Explanation:
This question is incomplete. I will type the complete question below and add image attachments of the solution as tabulated journal entries are required.
At the end of 2017, Payne industries had a deferred tax asset account with a balance of $26 million attributable to a temporary book tax difference of $65 million in a liability for estimated expenses. At the end of 2018, the temporary difference is $60 million. Payne has no other temporary differences and no valuation allowance for the deferred tax asset. Taxable income for 2018 is $220 million and the tax rate is 40%. Required:
1. Prepare the journal entry(s) to record Payne’s income taxes for 2018, assuming it is more likely than not that the deferred tax asset will be realized.
2. Prepare the journal entry(s) to record Payne’s income taxes for 2018, assuming it is more likely than not that one-fourth of the deferred tax asset will ultimately be realized.
Answer: quantity demanded of Packers tickets decreased.
Explanation:
First and foremost, we should note that normal goods are the goods that when the income of an individual rises, the individual will buy more and in a case whereby the income reduces, the person will buy less.
Therefore, during recession when people's incomes decreased, the quantity demanded of Packers tickets decreased as well
Answer:
$100
Explanation:
Total cost if he installs seven systems = $300
Total cost if he installs eight systems = $400
Therefore, the marginal cost of installing 8th system is the difference between the total cost of installing eight systems and the total cost of installing seven systems.
Marginal cost of installing 8th system:
= Total cost of installing 8 systems - Total cost of installing 7 systems
= $400 - $300
= $100
The profit maximization conditions says that the marginal cost must be equal to the marginal revenue.
Hence,
William will install eight systems per day only if the eight customer is willing to pay at least $100.
Answer:
103.4709
Explanation:
The computation is shown below:
Given that
U.S inflation rate = 3%
Japan inflation rate = 1.5%
Current exchange rate = 105
Now the new exchange rate for the yen is
= Current exchange rate × (1 + Japan inflation rate) ÷ (1 + U.S inflation rate)
= 105 × (1 + 1.5%) ÷ (1 + 3%)
= 105 × (1.015 ÷ 1.03)
= 105 × 0.985436893
= 103.4709
