Answer:
Explanation:
The journal entry is shown below:
On September 30
Bonds payable A/c Dr $1,000,000
Loss on bond retirement A/c Dr $20,000
To Discount on Bond A/c $10,000
To Cash A/c $1,010,000
(Being the callable bond is recorded)
The computation is shown below:
For cash
= Par value of bond + Premium
= $1,000,000 + $10,000
= $1,010,000
For Loss, it would be
= $1,010,000 - $990,000
= $20,000
And, the remaining amount would be transferred to discount on bond
Answer: Average unit cost=$5.800 per unit
Cost of Ending inventory =$3,190
Explanation:
Average unit cost
First purchase= 650 units x $4=$2,600
Second Purchase=750 units x $6 =$4,500
Third Purchase= 850 units x $7 = $5,950
Total Cost = $13,050
Average unit cost = Total cost/ number of units =13,050/(650+750+850)= 13,050/2250= $5.8 per unit
Cost of Ending inventory = 550 unts at hand x $5.8 =$3,190
(using the average cost method)
Answer: C. Château of Chambord
Explanation: The Château of Chambord is the biggest Château in France with rooms ranging from 400 and above, as well as over 85 staircases. It was first built by Valois King Francis I in 1519 and a construction span of 28 years. The purpose of its construction was to serve as a royal hunting grounds for King Francis I and other kings or lords that have a keen interest in hunting. It is also worthy to note that its construction was never complete after undergoing various alterations during its 28 years construction span.
Answer:
C. Higher prices but lower total revenue from marijuana sales.
Explanation:
The above scenario totally explains inelastic demand. Inelastic demand is when the buyer’s demand does not change as much as the price changes. When price increases by 20% and demand decreases by only 1%, demand is said to be inelastic.
When the price increases, people will still purchase roughly the same amount of the good or service as they did prior to the increase because their needs stay the same. A similar situation exists when there is a decrease in price demand will not increase substantially because consumers only have a limited need for the product.
Answer:
9.98%
Explanation:
Yield to maturity is the annual rate of return that an investor receives if a bond bond is held until the maturity. It is a long term return which is expressed in annual term.
As per given data
Annual Payment = $500
Current price = $5,012
$500 payment each year for indefinite period of time is a perpetuity, value of perpetuity can be calculated as follow
Current Price = Annual Payment / Yield to maturity
Yield to maturity = Annual Payment / Current Price
Yield to maturity = ( Annual payment / Current price ) x 100
Yield to maturity = ( $500 / $5,012 ) x 100
Yield to maturity = 0.0998 x 100
Yield to maturity = 9.98%