Answer:
$66,909
Explanation:
Calculation for How much must each deposit be (rounded to the nearest $10)?
First step is to calculate the PV using financial y
N= 25
PMT= 200,000
FV= 0
i/y= 9
PV= ?
Hence,
PV= 2,141,322
Now let How much must each deposit be by finding the PMT using financial calculator
N= 15
FV= 2,141,322
PV=0
i/y= 9
PMT= ?
Hence,
PMT=$66,909
Therefore How much must each deposit be is $66,909
it's important to invest so you can have a better life once that thing you invested in makes you money and not all of them do so keep that in mind
Answer:
a. Accept the order
b. Increase in short-term profit of $50,000
Explanation:
<em>Note : Blowing Sand has "enough excess capacity" this means that fixed cost will be the same in the range or they will be ocurred whether or not the special order is accepted.</em>
Therefore fixed costs are Irrelevant for this decision.
<u>Incremental Costs and Revenues - accept the special order</u>
Sales ( 10,000 units × $22 each) $220,000
<em>Less</em> Variable Costs ( 10,000 units × $17each) ($170,000)
Net Income $50,000
The special order will result in an increase in short term profit of $50,000. Therefore, Blowing Sand Company should accept the order.
Question: The demand function for widgets is given by D(P) = 16 − 2P. Compute the change inconsumer surplus when price of a widget increases for $1 to $3. Illustrate your result graphically
Answer:
For price of a widget equal to $1 consumer surplus is
D(1) = 16 - 2(1) = 14
CS₁ = ½ × (8 – 1) × D(1) = ½ × 7 × 14 = 49.
When price is equal to $3 consumer surplus is
D(3) = 16 - 2(3) = 10
CS₃ = ½ × (8 – 3) × D(3) = ½ × 5 × 10 = 25