Answer:
arc price elasticity = -1.64
Explanation:
arc price elasticity = (change in quantity x average price) / (change in price x average quantity)
- change in quantity = 7,400 - 10,000 = -2,600 units
- average price = ($2.50 + $3) / 2 = $2.75
- change in price = $3 - $2.50 = $0.50
- average quantity = (10,000 + 7,400) / 2 = 8,700 units
arc price elasticity = (-2,600 x $2.75) / ($0.50 x 8,700) = -7,150 / 4,350 = -1.64
Answer:
$155,700
Explanation:
Absorption costing
Sales $164 × 3,260 = $534,640
Less cost of goods sold
Opening inventory
Add variable cost of goods manufactured
[3,700 × ($51 + $32 + $6 = $89)] = $329,300
Fixed manufacturing cost
$88,800
Cost of goods available for sale
$418,100
Less ending inventory 440 × $89
$39,160
Cost of goods sold
$378,940
Gross margin
$155,700
Less variable selling and administration expenses $6 × 3,260
$19,560
Fixed selling and administrative expenses
$32,600
The total gross margin for the month under the absorption costing approach is $155,700
Answer and Explanation:
Given that Bond A pays $4,000 in 14 years and Bond B pays $4,000 in 28 years, and that the interest rate is 5 percent, we see that Using the rule of 70, the value of Bond A is 70/5 = doubled after 14 years. Now if its value is 4000 in 14 years, its current value must be halved. Hence the value is 2000.
Sinilarly the value of Bond B is approximately one fourth now because it pays 4000 in 28 years. Hence its value is 4000/4 = 1000.
Now suppose the interest rate increases to 10 percent. Hence the doubling time is 70/10 = 7 years
Using the rule of 70, the value of Bond A is now approximately 1,000 and the value of Bond B is 250
Comparing each bond’s value at 5 percent versus 10 percent, Bond A’s value decreases by a smaller percentage than Bond B’s value.
The value of a bond falls when the interest rate increases, and bonds with a longer time to maturity are more sensitive to changes in the interest rate.
Answer:
ok
Explanation:
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