Answer:
differential cost of producing product C = $24 per pound
Explanation:
given data
B currently selling = $30 per pound
produce cost = $28 per pound
C would sell = $60 per pound
produce additional cost = $24 per pound
to find out
What is the differential cost of producing Product C
solution
we get differential cost of producing product C is express as
differential cost of producing product C = cost of (B+C) - cost of B .............1
put here value we get
differential cost of producing product C = (28+24) - 28
differential cost of producing product C = $24 per pound
Answer:
Jan. 1
Dr Cash $210,000
Cr Bonds Payable $210,000
Dec. 31
Dr Loss on Bond Redemption $4,200
Bonds Payable $210,000
Cr Cash $214,200
Explanation:
Porter Incorporated Journal entries
Jan. 1
Dr Cash $210,000
Cr Bonds Payable $210,000
Dec. 31
Dr Loss on Bond Redemption $4,200
Bonds Payable $210,000
Cr Cash $214,200
(102%×$210,000=$214,200)
Answer:
How much of the distribution is treated as a dividend in 20X3?
100000
Explanation:
E&P CURRENT 200000
E&P ACCUMULATE -100000
Dividend 100000
Answer: B. False
Explanation: the statement is false, because If all the tickets are purchased on the internet for $1800($300 each) instead of the list price of $120 each for one ticket, it makes no economic sense to buy on the internet.
Only if buying the tickets on the internet is the same rate or cheaper will it make economic sense.
Answer:
$75,485
Explanation:
The computation of the estimated inventory loss is shown below:
Goods lost = Cost of Goods available for sale - Cost of Goods Sold
where,
Cost of Goods available for sale = Inventory + Purchases
= $171,000 + 196,000
= $367,000
And,
Cost of Goods Sold is
= $481,000 ÷ 165%
= $291,515
So, the estimated inventory loss is
= $367,000 - $291,515
= $75,485
