Answer:
The price of tee-time should be reduced by 6.67%.
Explanation:
The price elasticity of demand for tee times is –1.5.
The manager wants to increase the number of tee times sold by 10%.
The price elasticity of demand shows the change in quantity demanded due to a change in the price level. It is the ratio of the percentage change in quantity demanded and percentage change in price.
Price elasticity =
- 1.5 =
Answer:
a. cost of disposed trademark =$44.
b. The accumulated amortization = $13.
c.The loss on disposal of trademarks = $6.
Explanation:
Please see attachment
$100,000 was allocated by a stockbroker to a portfolio yielding 4% annually compounded. If no withdrawals are taken, there will be $117,352 left in the account after four years.
Given a certain rate of return, present value (PV) is the current value of a future financial asset or stream of cash flows. A discount rate or the interest rate that could be obtained through investment is applied to the future value to get the present value.
According to the continuously compounded interest formula,
FV = PV
Here,
Present Investment Value, or PV
the interest rate, I
T = time in years
So,
In light of the specified
PV = $ 100,000
I = 4% = 0.04
t = 4 years
Hence
FV stands for "Final Investment Value"
Then,
FV = 100,000 * e⁰.⁰⁴ˣ⁴
FV = 100,000*e⁰.¹⁶
FV = 100,000 * 1.173510871
FV = 117351.0871
FV = 117351
Hence
The balance in the account after four years was = $117,352
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Answer:
In equilibrium, total output by the two firms will be option e= 300.
Q = +
Q = 100 + 200
Q = 300
Explanation:
Data Given:
Market Demand Curve = P = 1660-4Q
where, P = price and Q = total industry output
Each firm's marginal cost = $60 per unit of output
So, we know that Q = +
where being the individual firm output.
Solution:
P = 1660-4Q
P = 1660- 4( +
)
P = 1660 - 4 - 4
Including the marginal cost of firm 1 and multiplying the whole equation by
Let's suppose new equation is X
X = 1660 - 4
- 4
- 60
Taking the derivative w.r.t to , we will get:
= 1660 - 8
- 4
- 60 = 0
Making rearrangements into the equation:
8 +
= 1660 - 60
8 +
= 1600
Dividing the whole equation by 4
2 +
= 400
Solving for
2 = 400 -
= 200 - 0.5
Including the marginal cost of firm 1 and multiplying the whole equation by
P = 1660 - 4 - 4
Let's suppose new equation is Y
Y = 1660 - 4
-4
- 60
Pugging in the value of
Y = 1660 - 4
(200 - 0.5
) -4
- 60
Y = 1660 - 800
+2
-4
- 60
Y = 1600 - 800
-2
Taking the derivative w.r.t
= 1600 - 800 - 4
= 0
Solving for
4 = 800
= 200
= 200 - 0.5
Plugging in the value of to get the value of
= 200 - 0.5 (200)
= 200 - 100
= 100
Q = +
Q = 100 + 200
Q = 300
Hence, in equilibrium, total output by the two firms will be option
e= 300.