Answer:
$100
Explanation:
Total cost if he installs seven systems = $300
Total cost if he installs eight systems = $400
Therefore, the marginal cost of installing 8th system is the difference between the total cost of installing eight systems and the total cost of installing seven systems.
Marginal cost of installing 8th system:
= Total cost of installing 8 systems - Total cost of installing 7 systems
= $400 - $300
= $100
The profit maximization conditions says that the marginal cost must be equal to the marginal revenue.
Hence,
William will install eight systems per day only if the eight customer is willing to pay at least $100.
Answer:
a. Offered load = 1 lot / 4 hours = 6 cars/4 hours = 1.5 cars/hours
b. Demand rate = Total cars per 4 hours/20 minutes time
Demand rate = 6*4 / 20
Demand rate = 24/20
Demand rate = 1.2 cars/hours
Implied utilization = Demand rate / Offered load
Implied utilization = 1.2/1.5
Implied utilization = 0.8
Implied utilization = 80%
c. Capacity of the process = 1 lot / 5 hours
Capacity of the process = 6 / 5
Capacity of the process = 1.2 rentals per hours
d. Probability that all eight cars are rented at the same time
=> (1 - 0.8) * (0.8)^8
=> 0.2 * 0.1678
=> 0.03356
=> 3.36
A transaction is any monetary business event that impacts a business's financial statements.
<h3>The journal entries </h3>
The journal entries are as follows
On August 4
Account Receivable $610
To Sales Revenue $610
(Being the goods sold on credit basis is recorded)
On August 7
Sales Return and Allowances $60
To Accounts Receivable $60
(Being the sales allowance is recorded)
On August 12
Sales Discount $11
Cash $539
To Accounts Receivable $550
(Being the amount paid is recorded after considering the 2% discount
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Answer:
Statement true for Imperfect Competition Markets
Explanation:
Marginal Revenue Product is additional revenue due to hiring of additional input, it is product of marginal product & marginal revenue = MP x MR
Value Marginal Product is money value of additional production with additional input, product of marginal product (MP) & price (AR), = MP x AR
Input demand curves are derived demand curves, derived from demand of final goods. In perfect competition, demand is perfectly inelastic & horizontal, AR = MR, so MRP = VMP in this case. In imperfect competition market (oligopoly, monopoly etc) - MR < AR, so MRP < VMP in this case.
Answer:
Required rate of return = 8%
Explanation:
<em>The price of a stock using the dividend valuation model is the present value of the the future dividend expected from the stock discounted at the required rate of return.
</em>
This model is represented as follows
D(1+g)/(r-g) = P
Price, D- dividend payable in now, ke- required rate of return, g- growth rate
35 = 1×(1.05)/ke-0.05
35 × (ke-0.05) = 1.05
35ke - 1.75
= 1.05
35Ke = 1.05 + 1.75
35ke = 2.8
ke= 2.8/35= 0.08
Ke = 0.08× 100 = 8%
Required rate of return = 8%
