Answer: Loss of $22,000
Explanation:
Gain (loss) = Net Carrying Value of Bonds recalled - Price bond called at
Net Carrying Value of Bonds
= Par value - Unamortized discount
= 300,000 - 10,000
= $290,000
Gain (loss) = 290,000 - (300,000 * 104)
= ($22,000)
Answer:
The change in the dollar amount of inventory is $200 due to change in the inventory costing method.
Explanation:
The variable cost per unit is $6.00 while the fixed cost per unit is $2.00
Variable cost per unit = $6.00
Absorption cost pet units = $8.00
Total cost under absorption costing = Absorption cost per unit / number of units in ending inventory
Total absorption cost = $8.00 × 100 = $800
Total cost under variable cost = Variable cost per unit × number of units in ending inventory
Total variable cost = $6.00 × 100 = $600
Change in cost = Total absorption cost - Total variable cost
Change in cost = $800 - $600 = $200
Answer:
Net dollar sales projection for this year = 516,971.00
Explanation:
<em>Projected sales volume </em>
130%× 4,600= 5,980units
<em>Project selling price</em>
=140% × $65
= $91
<em>Total sales value </em>
= $91 × 5980units
= $ 544,180.00
<em>Net dollar sales projection</em>
= Total sales value - Returned merchandise
= 544,180.00 - (5% × 544,180.00 )
= $ 516,971.00
Net dollar sales projection for this year = 516,971.00
Answer:
illusion of control.
Explanation:
The illusion of control is the tendency for people to overestimate their ability to control events; for example, it occurs when someone feels a sense of control over outcomes that they demonstrably do not influence.
In the scenario, although Business has been consistently slow on Fridays in recent months, yet DeMarcus decides to continue with the extra staffing.
This is obviously a case of illusion because he has no control over the external business environment and there is no logical reason to continue with extra staffing.
Annual Compound Formula is:
A = P( 1 + r/n) ^nt
Where:
A is the future value of the investment
P is the principal investment
r is the annual interest rate
<span>n is the number of
interest compounded per year</span>
t is the number of years the money is invested
So for the given problem:
P = $10,000
r = 0.0396
n = 2 since it is semi-annual
t = 2 years
Solution:
A = P( 1 + r/n) ^nt
A = $10,000 ( 1 + 0.0396/2) ^ (2)(2)
A = $10000 (1.00815834432633616)
A = $10,815.83 is the amount after two years
