Answer: See Explanation
Explanation:
You didn't give the methods to use but let me use 2 main methods.
First, let's use the Straight line Depreciation. This will be:
= ($71000 + $3000 + $2000 - $3000) / 5
= $73000/5
= $14600
Year 1 Depreciation = $14600
Year 2 depreciation = $14600
Secondly, let's use the double declining method of Depreciation will be:
= 1/5 × 2
= 0.2 × 2
= 0.4
= 40%
Year 1 depreciation will be:
= 76000 × 40%
= 76000 × 0.4
= $30400
Year 2 Depreciation will be:
= ($76000 - $30400) × 40%
= $45600 × 40/100
= $45600 × 0.4
= $18240
Answer:
Longard Corp.
The money that Longard Corp. receives is:
= $75 million.
Explanation:
a) Data and Calculations:
Number of shares issued = 5 million
Investment bank underwriter pays per share to Longard Corp = $15
Stock price to the public = $20 per share
Total amount received from the underwriter = $75 million ($15 * 5 million)
b) The calculations show that the investment bank will eventually receive $100 million ($20 * 5 million) from the public offer. It then charges $5 per share (representing a total underwriting fee of $25 million). This is why it remits only $75 million to Longard Corp.
Answer:
The correct answer is option (B).
Explanation:
According to the scenario, the given data are as follows:
Purchased office supplies = $4,500
Supplies on balance account (in beginning) = $200
Supplies remaining (in end of month) = $180
So, To calculate supplies used in February we use following method:
Supplies Used = Supplies in Beginning + Purchased office supplies - Supplies in Ending
= $200 + $4,500 - $180
Supplies Used = $4,520
Hence, the amount of supplies USED during February was $4,520.
Answer: $1.50
Explanation:
Based on the information given in the question, we are informed that the variable cost of each box is $1.50 and usually has a contribution margin of $0.80 per box.
We should note that the minimum transfer price that the box division should find as acceptable will be the relevant cost. In this case, the relevant cost is given as $1.50 pee box and therefore, the minimum transfer price will be $1.50.
I believe the answer to this question is "<span>A discrete random variable". </span>