Answer:
The difference is $612
Explanation:
By using the Periodic inventory system Fulbright Corp. calculates its Cost of Sales and Inventory at the end of a certain period. In this case at year end.
FIFO
FIFO assumes that the units to arrive first will be sold first. Meaning inventory will be valued using recent prices.
FIFO inventory = 36 units x $122 = $4,392
LIFO
LIFO assumes that the units to arrive last will be sold first. Meaning that the inventory will be valued using earliest (old) prices.
LIFO inventory = 36 units x $139 = $5,004
Conclusion
Difference = LIFO inventory - FIFO inventory
= $5,004 - $4,392
= $612
Answer:
Market forces push toward equilibrium
Answer: Option D
Explanation: In simple words, direct finance refers to the situation when the borrowers borrows money directly from lenders, and do not consider taking help from any intermediary. In other words, when the issuers in the financial market sell their securities directly to the general investors then such financing is termed as direct financing.
This financing is cheaper and benefits both he lender and the borrower. Hence we can conclude that the correct option is D.
The question that cannot be answered based on the information in the delivery truck data base is 2) What is the average number of customer deliveries made by each truck on a particular day?
<h3>Why can this question not be answered?</h3>
In order to answer this question, the number of customers that each truck delivered to during the day needs to be recorded.
The total number of deliveries will then be added up and divided by the number of trucks making deliveries.
The information on the number of deliveries made is not in the database so this question cannot be answered.
In conclusion, option 2 is correct.
Find out more on databases at brainly.com/question/518894.
Answer:
the yield to maturity of this bond is 5.7%
Explanation:
given data
pays interest annually C = $64
face value F = $1,000
current market price P = $1,062.50
bond matures n = 30 years
solution
we get here yield to maturity that is express as
yield to maturity =
yield to maturity = [C+ (F-P) ÷ n] ÷ [(F+P) ÷ 2 ] .................1
put here value and we get
yield to maturity = 
÷ 
yield to maturity = 0.057
so that the yield to maturity of this bond is 5.7%
