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irga5000 [103]
3 years ago
7

A lash adjuster keeps pressure constant on engine​ valves, thereby increasing fuel efficiency in automobile engines. the relatio

nship between price ​(p​) and monthly demand ​(d​) for lash adjusters made by the wicks company is given by this​ equation: dequals=​(2 comma 4002,400minus−p​)/0.100.10. what is the demand ​(modifyingabove upper d with caretd​) when total revenue is​ maximized? what important data are needed if maximum profit is​ desired?
Business
1 answer:
zvonat [6]3 years ago
4 0

Answer and Explanation:

Relationship between price and demand:

D = (2400 - p)/(0.100)

p = 2400 - 0.100*D

then:

Total revenue = p*D

                        = 2400*D - 0.100*D^2

for a maximum revenue:

dR/dD = 0

2400 - 0.100*2D = 0

D = 12000

this is considered a demand

for maximum profit, the initial cost of automobile engines should be less required.

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A stock is trading at $58. You believe there is a 70% chance the price of the stock will increase by 10% over the next 3 months.
MAXImum [283]

Answer: $498

Explanation:

A Put is an option that will only be exercised if the price of the underlying security which is the stock in this case, falls below the current price of $58.

This means that we will not include the 70% chance of increase in our calculation.

In a contract, there are 100 shares.

Expected profit = Contract price - (Prob. of dropping by 10% * 10% of stock) - (Prob. of dropping by 20% * 20% of stock)

= 730 - ( 20% * 10% * 58 * 100) - (10% * 20% * 58 * 100)

= 730 - 116 - 116

= $498

3 0
3 years ago
Company X currently has a capital structure that consists of 40% equity, 20% preferred equity, and 40% of debt. The risk-free ra
Sindrei [870]

Answer:

14.58%

Explanation:

WACC = weight of equity x cost of equity + weight of debt x cost of debt x (1 - tax rate) + weight of preferred equity x dividend yield

According to the capital asset price model: Expected rate of return = risk free + beta x (market rate of return - risk free rate of return)

r= 3% + 1.1 x 8 = 11.8

equity = 0.4 x 11.8% = 4.72

d = 0.4 x 5 x (1 -0.21) = 1.58

p = 0.2 x 6 =  1.2

11.8 + 1.58 + 1.2 =

8 0
3 years ago
Suppose that DiamlerChrysler is considering changing its production operations from an assembly line in which each employee adds
denis-greek [22]

Answer:

Sequential interdependence on the line to pooled interdependence between the teams

Explanation:

Sequential interdependence occurs when a persons output is necessary for the performance of the next persons input. Perhaps the most obvious example of sequential interdependence is an assembly line.

While pooled interdependence he team accomplishes its tasks simply by bringing together everyone’s separate efforts. Like in DamierChrystern when the team work together to build the total car with the team deciding whi does what task. To be a team you need a team task — it requires that members actively work with each other to accomplish it

4 0
3 years ago
What is Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B? Portfolio Average Retur
inn [45]

Answer:

The Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B = 2.04 %

Explanation:

<em>Solution</em>

Given that:

Now,

The Jensen’s alpha of a Portfolio is computed by applying  the formula  below:

Jensen's alpha = Portfolio Return − [Risk Free Rate of Return + ( Portfolio Beta * (Market Rate of Return − Risk Free Rate of Return ) ) ]

For the information given in the question we have the following,

The Risk free rate of return = 3. 1%

In order to find the Jensen’s alpha we have to first get the following from the information given in the question :

1. Portfolio Return

2. Portfolio Beta

3.Market Rate of Return

Thus,

(A)Calculation of Portfolio Return :

The formula for calculation of Portfolio Return is  given as:

E(RP) = ( RA * WA )+ ( RB * WB )

Where

E(RP) = Portfolio Return

RA = Average Return of Portfolio A ; WA = Weight of Investment in Portfolio A

RB = Average Return of Portfolio B ;  WB = Weight of Investment in Portfolio B

For the information given in the question we have the following:

RA = 18.9 %, WA = 45 % = 0.45, RB = 13.2 %,  WB = 55 % = 0.55

By applying the values in the formula we have

= ( 18.9 % * 0.45 ) + ( 13.2 % * 0.55 )

= 8.5050 % + 7.2600 % = 15.7650 %

(B). Calculation of Portfolio Beta:

Now,

The formula for calculating the Portfolio Beta is

ΒP = [ ( WA * βA ) + ( WB * βB ) ]

Where,

βP = Portfolio Beta

WA = Weight of Investment in Portfolio A = 45 % = 0.45 ; βA = Beta of Portfolio A = 1.92

WB = Weight of Investment in Portfolio B = 55 % = 0.55 ; βB = Beta of Portfolio B = 1.27

By Applying the above vales in the formula we have

= ( 0.45 * 1.92 )   + ( 0.55 * 1.27 )

= 0.8640 + 0.6985

= 1.5625

(C). Calculation of Market rate of return :

Now,

The Market Risk Premium = Market rate of return - Risk free rate

From the Information given in the Question we have

The Market Risk Premium = 6.8 %

Risk free rate = 3. 1 %

Market rate of return = To find

Then

By applying the above information in the Market Risk Premium formula we have

6.8 % = Market rate of Return - 3.1 %

Thus Market rate of return = 6.8 % + 3.1 % = 9.9 %

So,

From the following  information, we gave

Risk free rate of return = 3.1% ; Portfolio Return = 15.7650 %

The Portfolio Beta = 1.5625 ; Market Rate of Return = 9.9 %

Now

Applying the above values in the Jensen’s Alpha formula we have

The Jensen's alpha = Portfolio Return − [Risk Free Rate of Return + ( Portfolio Beta * (Market Rate of Return − Risk Free Rate of Return )) ]

= 15.7650 % - [ 3.1 % + ( 1.5625 * ( 9.9 % - 3.1 % ) ) ]

= 15.7650 % - [ 3.1 % + ( 1.5625 * 6.8 % ) ]                  

= 15.7650 % - [ 3.1 % + 10.6250 % ]

= 15.7650 % - 13.7250 %

= 2.0400 %

= 2.04 % ( when rounded off to two decimal places )

Therefore, the Jensen's alpha of a portfolio comprised of 45 percent portfolio A and 55 percent of portfolio B = 2.04 %

7 0
3 years ago
Melanie is very concerned with avoiding late fees. The table shows her choices for paying her bills. Method Bill Payment Methods
sp2606 [1]
<span>The answer is 3 Set up automatic payments. Automatic payments can be done through direct access to ATM that receives the salary or bank account. This can help people like Melanie to avoid having trouble with late payments that would incur penalties. Paying by check would not be a good option because you should make sure there is enough money to pay for that purchase if not there could be more trouble. Paying through phone or online payments are sometimes delayed before it reaches the concerned company. 

</span>
3 0
3 years ago
Read 2 more answers
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