Answer:
differential revenue = $7
so correct option is a.$7
Explanation:
given data
Product A costs = $6
contribution margin = $3
Product B costs = $12
contribution margin = $4
to find out
the differential revenue for this decision
solution
we get here the differential revenue for this decision that is express
so first we get here selling price for both product that is
selling price product A = Product A costs + contribution margin
selling price product A = $6 + $3 = $9
and
selling price product B = $12 + $4 = $16
so now we get differential revenue that is
differential revenue = selling price product B - selling price product A
differential revenue = $16 - $9
differential revenue = $7
so correct option is a.$7
“Industrial goods are materials used in the production of other goods.” “Consumer goods are finished products that are sold to and used by consumers”
LINK TO WHERE I FOUND THAT INFO:
https://www.investopedia.com/ask/answers/050415/how-are-industrial-goods-different-consumer-goods.asp
Hope that helped have a great day! :)
Answer:
The answer is "
".
Explanation:
First-year operational and maintenance costs
.
Operating and repair costs increase inwards
for the first year
N =15 years machine life
Interest
annually combined
Please find the image file.
Its single payment sequence is now provided by:


Uniform payment sequence 
Answer:
(a) 0.7
(b) 3.33
(c) -$210
(d) -$147
(e) -$1 trillion
Explanation:
(a) Marginal propensity to consume (MPC) = 0.7
(b) Multiplier of this economy:


= 3.33
(c) Decrease government purchases by $300 billion,
Initial change in consumption = Change in government purchases × MPC
= $300 × 0.7
= -$210 billion
(d) This decreases income yet again, causing a second change in consumption equal to:
= Initial change in consumption × MPC
= -$210 × 0.7
= -$147 billion
(e) The total change in demand resulting from the initial change in government spending is:
= Change in government purchases × Multiplier
= $300 × 3.33
= -$1 trillion
Answer:
1.15
Explanation:
If investment is made in equal proportions, it means that;
weight in risk free ; wRF = 33.33% or 0.3333
Let the stocks be A and B
weight in stock A ; wA = 33.33% or 0.3333
weight in stock B; wB = 33.33% or 0.3333
Beta of A; bA = 1.85
Let the beta of the other stock be represented by "bB"
Beta of risk free; bRF = 0
Beta of portfolio = 1 since it is mentioned that "the total portfolio is equally as risky as the market "
The weight of portfolio is equal to the sum of the weighted average beta of the three assets. The formula is as follows;
wP = wAbA + wBbB + wRF bRF
1 = (0.3333 * 1.85) + (0.3333*bB) + (0.3333 *0)
1 = 0.6166 +0.3333bB + 0
1 - 0.6166 = 0.3333bB
0.3834 = 0.3333bB
Next, divide both sides by 0.3333 to solve for bB;
bB = 0.3834/0.3333
w=bB = 1.15
Therefore, the beta for the other stock would be 1.15