Answer:
Selling price= $30
Explanation:
Giving the following information:
Unitary cost:
Variable= $30
Fixed= $16
Number of units= 4,100
<u>Normally, when there is unused capacity and a new customer asks for a reduced price, the fixed cost should not be taken into account when calculating the selling price. </u>The company benefits from increasing its sales, acquiring a new customer, and perhaps getting some discounts from suppliers in the variable components.
<u>The lower price that the company accepts is the one that equals the unitary variable cost. In this case:</u>
Selling price= $30
Answer: Decider
Explanation:Phoi played the role of a decider because she contacted her manager to request that the parts be reordered.
Answer:
$11,457,522
Explanation:
If the full extended warranty costs are $113 per unit replaced, and 20% of the 506,970 units sold will be replaced, then the total warranty costs are:
total warranty costs = total number of units sold x percentage of units that need warranty replacement x cost per unit replaced
total warranty costs = 506,970 units x 20% x $113 per unit = $11,457,52
The intelligent technique you may find most useful is the
fuzzy logic. This is an approach in which when computing, it is usually based
with the degrees of truth. This is considered to be a form of many valued logic
that allows the truth values in regards to variables may be in any real number.
Answer:
The interest rate is 0.06%
Explanation:
Step one :
Given data
final amount $1,000
initial principal balance $850
annual interest rate=?
time (in years)=5 years
Step two:
Applying the
Simple interest/Formula
A = P (1 + rt)
A = final amount
P = initial principal balance
r = annual interest rate
t = time (in years)
Plugin our data into the formula We have
1000=850(1+r*5)
1,000=850(1+5r)
Opening bracket we have
1,000=850+4,250r
Colleting like terms we have
1000-850=4250r
250=4,250r
Dividing both sides by 4,250 we have
r=250/4250
r=0.058
Hence the interest rate is 0.06%
