Answer:
Consumer surplus increases by $2
Explanation:
The consumer surplus can be defined as the benefit that consumers gain when they pay less for a good that they are willing to pay more for.
a). Determine the final demand as follows;
Price elasticity of demand=% change in price/% change in demand
where;
price elasticity of demand=-1
% change in price={(Final price-initial price)/initial price}×100
Final price=$24
initial price=$25
% change in price=(24-25)/25=(1/25)×100=-4%
% change in demand=x
replacing in the original expression;
-1=-4/x
x=4%
% change in quantity={final quantity-initial quantity/initial quantity}×100
let final quantity=y
4%={(y-100)/100}×100
0.04=(y-100)/100
4=y-100
y=4+100=104
final quantity=104 units
Consumer surplus=(1/2)×change in price×change in quantity
where;
change in price=25-24=1
change in quantity=104-100=4
Consumer surplus=(1/2)×1×4=2
Consumer surplus increases by $2
Answer:
c. $125.00
Explanation:
Let us assume the x for invested in portfolio
Invested proportion × expected return of the optimal portfolio + (1 - invested proportion) × risk free rate = expected return
x × 7% + (1 - x) × 3% = 8%
7% x + 3% - 3% x = 8%
4% x = 5%
X = 1.25
Now the invested amount would be
= 1.25 × $500
= $625
So, the borrowed amount would be
= $625 - $500
= $125
Answer:
Part I :
1) Total amount of oats allowed = 960000*16 = 15360000 ounce
2) Total amount of labor hours allowed = 960000*.04 = 38400 Hours
<u>Part II :
</u>
1) Total amount of oats allowed = 750000*17 = 12750000 ounce
2) Total amount of labor hours allowed = 750000*.04 = 30000 Hours
Answer: 0.11 or 11%
Explanation: The dollar-weighted return (DWR) measures the rate of return of an investment or a portfolio, taking under consideration the timing of flows. for every deposit, add the resulting amount to the start balance, and for every withdrawal, subtract that quantity. Check the attachment for the solution.
Once you've got both numbers, divide the first by the second. which will offer you the dollar-weighted investment return, which you'll then multiply by 100 to give you a return in percentage terms.
Answer:
the degree of operating leverage is 5
Explanation:
The computation of the degree of operating leverage is given below:
= Contribution margin ÷ EBIT
= (Sales - Variable expense) ÷ (Sales - Variable expense - Fixed expense)
= ($670,000 - $420,000) ÷ ($670,000 - $420,000 - $200,000)
= $250,000 ÷ $50,000
= 5
Hence, the degree of operating leverage is 5
