Answer:
358.33 times
Explanation:
The computation of the simple forecast combination is shown below:
= (Forecast sales done by Mary + Forecast sales done by Susan + Forecast sales done by Sarah) ÷ (Total number of observations)
= (341 + 535 + 199) ÷ (3)
= (1,075) ÷ (3)
= 358.33 times
We simply divided the total sales forecasted done by each one by the total number of observations
The methods that show the property sheet is on the form tools design tab, in the Tools group, click property sheet and press the F4 function.
<h3>What is a property sheet?</h3>
A property sheet refers to the window that allows the user to view and edit the properties of an item.
The method that shows the property sheet is on the form tools design tab in the Tools group, click the property sheet and press the F4 function key.
Therefore, B, and D are the correct option.
Learn more about the property sheet here:
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Answer:
A) R(x) = 120x - 0.5x^2
B) P(x) = - 0.75x^2 + 120x - 2500
C) 80
D) 2300
E) 80
Explanation:
Given the following :
Price of suit 'x' :
p = 120 - 0.5x
Cost of producing 'x' suits :
C(x)=2500 + 0.25 x^2
A) calculate total revenue 'R(x)'
Total Revenue = price × total quantity sold, If total quantity sold = 'x'
R(x) = (120 - 0.5x) * x
R(x) = 120x - 0.5x^2
B) Total profit, 'p(x)'
Profit = Total revenue - Cost of production
P(x) = R(x) - C(x)
P(x) = (120x - 0.5x^2) - (2500 + 0.25x^2)
P(x) = 120x - 0.5x^2 - 2500 - 0.25x^2
P(x) = - 0.5x^2 - 0.25x^2 + 120x - 2500
P(x) = - 0.75x^2 + 120x - 2500
C) To maximize profit
Find the marginal profit 'p' (x)'
First derivative of p(x)
d/dx (p(x)) = - 2(0.75)x + 120
P'(x) = - 1.5x + 120
-1.5x + 120 = 0
-1.5x = - 120
x = 120 / 1.5
x = 80
D) maximum profit
P(x) = - 0.75x^2 + 120x - 2500
P(80) = - 0.75(80)^2 + 120(80) - 2500
= -0.75(6400) + 9600 - 2500
= -4800 + 9600 - 2500
= 2300
E) price per suit in other to maximize profit
P = 120 - 0.5x
P = 120 - 0.5(80)
P = 120 - 40
P = $80
Answer:
Multiplier effect in the 4th round = 3.58
Explanation:
A change in aggregate demand can create a much greater impact in the equilibrium national income. This is known as the multiplier effect. This occurs when injections of new demand for goods and services into the circular flow of income creates further rounds of spending. For example, if the government spending was on building new affordable houses then the need for housing materials will create demand for wood, cement and other housing supplies. Thus, these businesses will see a rise in sales. Whilst they benefit through profits, their employees would benefit from wages and salaries. As their income rises, they will spend it in the economy, and so will the businesses from their profits. This additional rounds of spending is the multiplier effect.
If a 100 increase creates 33 for the second round, it is 33% (33/100 x 100) i.e. 100 x 33% = 33
This is proven since 33 x 33% = 10.89 in the third round.
Hence, the multiplier effect in the forth round = 10.89 x 33% = 3.58
Answer:
The answer to the question is B I51,753 bonds
Explanation:
The present price of the bond and the total amount to be raised of $170m were used in arriving at the number of bonds to be issued.
n 20
Coupon 6.60%
YTM 7.7%*1000=77
FV 1000
PV ($1,120.25)
The current price of the bond $1,120.25
Total amount to be raised $170,000,000
Number of bonds to be issued=total amount /bond price 151,752 approx...151753
Find attached spreadsheet with formulas so as to be able to follow through.
