Based on efficiency, the businesses that should cut hair are the A and C; moreover, to meet the demand, each firm will need to offer at least two haircuts.
The supply of a product or the units of a product that is offered to potential customers should always meet the number of real customers. In the same way, the price of the product should meet the price customers are willing to pay.
In this context, the best is that only firm A and C cut hair, this is because their prices per cut ($25 and $30) match the consumers' willingness to pay this includes Lorenzo ($35), Gilberto ($50), Juanita ($40) and Neha ($25).
- Firm A can cut Neha's and Lorenzo's hair
- Firm C can cut Gilberto's and Juanita's hair
Moreover, this implies each firm needs to do at least 2 haircuts to cover all the possible customers.
In the case of firms B and D, the price per cut is high ($40 - $45). Based on this, they should not cut hair as only a few customers can pay for this service, and this would be inefficient.
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Answer:
(i) The farm can cover its revenue using its total variable cost, therefore the farm will continue producing 200 units
(ii) The farm cannot cover its revenue using its total variable cost, therefore the farm will shut down
(iii) The two relevant points on supply curve will be: (Price = $12 & Quantity = 0) and (Price = $25 & Quantity = 200)
Explanation:
(i)According to given data, When output is 200 but price is $20, this price is equal to ATC, so the farm breaks even. But since this price is higher than AVC of $15, the farm can cover its revenue using its total variable cost, therefore the farm will continue producing 200 units.
(ii) When output is 200 but price is $12, this price is equal to ATC, so the farm makes economic loss. Also, this price is lower than AVC of $15, so the farm cannot cover its revenue using its total variable cost, therefore the farm will shut down.
(iii) The farm's supply curve is the portion of its Marginal cost (MC) curve above the minimum point of AVC. Since price equals MC, the two relevant points on supply curve will be: (Price = $12 & Quantity = 0) and (Price = $25 & Quantity = 200).
Answer:
$1,115.58
Explanation:
Calculation to determine how much should you be willing to pay for this bond
Using this formula
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Where,
Par value= $1,000
Cupon= $35
Time= 10*4= 40 quarters
Rate= 0.12/4= 0.03
Let plug in the formula
Bond Price= 35*{[1 - (1.03^-40)] / 0.03} + [1,000/(1.03^40)]
Bond Price= 809.02 + 306.56
Bond Price= $1,115.58
Therefore how much should you be willing to pay for this bond is $1,115.58
Answer:
c. ensure that workers are well educated and have the necessary tools and technology.
Explanation:
Living of standard is the living style of the people . It totally depends upon the necessary amount of money available with a person to meet out not only its basic needs but also have sufficient amount of money to meet out their luxurious needs as well.
Public policy is a policy made by the government to bring its decisions into actions with the help of public.
In order to increase the living standard , public policy should make sure that the workers working under the policy for the government are educated enough and they have proper knowledge about operating the necessary tools , equipments and technology .
Answer:
a. 6.7%
b. 12.0%
Explanation:
a. DDM
Dividende Discount Method is used to calculate the price of the stock using Dividend, rate of return and growth rate.
Return on equity = [ Dividend x ( 1 + growth rate ) / Price of stock ] + Growth Rate
Return on equity = [ $0.5 x ( 1 + 6% ) / $76 ] + 6%
Return on equity = [ $0.5 x ( 1.06 ) / $76 ] + 0.06
Return on equity = 6.7%
b. SML
Security Market line method uses calculates the cost of capital using following formula
Re = R
f + β ( Rm − R
f )
Rf = Risk free rate
β = stock beta
Rm = Market rate
Re =Expected rate
Re = 5.9% + 1.20 ( 11% - 5.9% )
Re = 12.02%
