Answer:
1. Adjusted net income = Ending inventory higher by amount * (1-Tax rate) = $70,000*(1-34%) = $70,000 * 66% = $46,200
Details Amount
Beginning retained earnings for the year 2017 $880,000
Add: Adjusted net income <u>$46,200</u>
Beginning adjusted retained earnings for year 2017 <u>$926,200</u>
2. Tax payable = Inventory * Tax rate = $70,000*34% = $23,800
Date Account Titles and Explanation Debit Credit
Inventory $70,000
Retained earnings $46,200
Tax payable $23,800
(To record adjustment of ending inventory)
Answer:
a. False
Explanation:
A "primary transaction" refers to the selling of <em>new stocks and bonds</em> for the first time towards the public. A great example of this is the "Initial Public Offering" <em>(IPO)</em> which allows "public share issuance."
On the other hand, a "secondary transaction" refers to the<em> trading of investors among themselves.</em> There is no involvement of the issuing companies here. So, this means that if an investor uses the services of a broker to buy and sell stocks that are currently being traded in the stock market,<u> the transaction</u><u> doesn't directly involve the issuing compan</u><u>y.</u> This kind of transaction is then called "secondary."
So, this explains the answer.
Answer:
A. 15 units
B. $130
Explanation:
In order to solve this, we need to use the profit maximization condition for monopoly.
MR = MC will give us the optimal quantity and price for the monopolist.
The consumer's demand for the product is:
Qd = 80 - 0.5P
Therefore, we have:
P = (80 / 0.5) - (Qd / 0.5)
P = 160 - 2Qd
Recall that, Total Revenue:
TR = P * Q
So, in this case TR = 160Q - 2Q^2
MR = d(TR) / dQ = 160 - 4Q
Now, MR = MC
160 - 4Q = 100
4Q = 160 - 100
4Q = 60
Q = 60 / 4
Q = 15 units.
Now, P =160 - 2Q
P = 160 - 2(15)
P = 160 - 30 = 130
The optimal number of units to be placed in a package will therefore be 15 units while the firm should charge $130 for this package.
Answer:
The price she sold the bond is $1,001.47
Explanation:
The formula for yield return in given as ;
Yield to maturity= (Annual interest+ per value - market price ÷ numbers of years to maturity)/per value+ market price÷ 2
048 = (Selling price + [(.07 × $1,000)/2] - $989)/$989
Making selling price the subject of formula we have this as the abswer
Selling price = $1,001.47
Answer:
260 million. The answer is not in the available options.
Explanation:
Projected benefit obligation as at January 01, 2018 250
Add: Service cost 30
Add: Interest Cost (250*6%) 15
Less: Retiree benefits paid 35
Projected benefit obligation as at December 31, 2018 260
