Answer:
a. 41.6 million
b. 42.28 million
Explanation:
The computations are shown below:
a. For the forecast for July month:
= Number of checks received in June × smoothing constant + (1 - smoothing constant) × forecast in June
= 40 million × 0.2 + (1 - 0.2) × 42 million
= 8 million + 33.6 million
= 41.6 million
b. For the forecast for August month:
= Number of checks received in July × smoothing constant + (1 - smoothing constant) × forecast in July
= 45 million × 0.2 + (1 - 0.2) × 41.6 million
= 9 million + 33.28 million
= 42.28 million
c. In this, the exponential method is used. But in the given situation we use linear forecasting method
Answer:
$71,520
Explanation:
we must first determine the monthly payment:
monthly payment = present value / annuity factor
- present value = $608,000
- PV annuity factor, 0.675%, 300 periods = 128.46
monthly payment = $608,000 / 128.46 = $4,732.99
Then I prepared an amortization schedule using an excel spreadsheet. After the 18th payment, the principal balance is $596,005.
The investor will have $667,525 - $596,005 = $71,520
Answer: Dina's labor the car wash dina receives the $300 per week and charles earns working for spotless car wash
Explanation: The flow from a firm to a household can be in the form of goods and services purchased by the household or in the form of flow of factor income to the household. Out of the given options, Dina's labor in the car wash and Charles earning from spotless car wash represent a flow of income from the firm to the households. While, Charles spending on airline tickets represent a flow from the household to the firm in the form of expenditure for buying a service. So, a and b are correct.
<u>Explanation:</u>
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growth_multiplier is 1.1
savings = 100
desc = "compound interest
"
# Place product of growth_multiplier and savings to year 1
Year 1 = growth_multiplier* savings
# Print
print(type(year1))
Now,
# Place addition of desc & desc
doubledesc will be desc + desc
# Print doubledesc
print(doubledesc)
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Answer:
A. W = 0joule
B.W = d * w * cos (90 -ø)
Explanation:
work done is force multiplied by distance since the distance covered by the dresser is zero so automatically work done in moving the dresser is 0 (zero)
B. The component of weight of box along the inclined plane = w * cos ( 90 - ø )
Where ø is the angle of inclination to the horizontal
W = weight of body due to gravity.
Since the distance traveled by box due to gravity = d
So therefore:
W = d * w * cos (90 -ø)
W = work done
N.b
See attached sketch for comprehension
