Answer: 10%
Explanation:
The Capital Asset Pricing Model or CAPM for short can be used to calculate expected return in the following manner,
Expected return = Rf+B(Rm-Rf)
Rf = Risk free rate
B = Beta
Rm= Market return.
Plugging the figures in we have
Expected return = Rf+B(Rm-Rf)
= 0.04 + 1(0.1 - 0.04)
= 0.1
= 10%
Answer:
c. Debit to Bank Credit Card Sales, debit to Credit Card Expense, and a credit to Sales
Explanation:
The journal entry is shown below:
Bank credit card sales A/c Dr XXXXX
Credit card expense A/c Dr XXXXX
To Sales A/c XXXXX
(Being the sales is recorded via bank credit cards)
As the credit card has some expense so we debited the credit card expense along with the bank credit card sales and credited the sales as it is revenue which is to be credited
Answer:
$60
Explanation:
The computation of price is shown below:-
Producer Surplus = Price paid by consumers - Production cost
$100 = Price - ($15 + $25 + $40)
$100 = Price - $80
Price for all = $100 + $80
= $180
Price Per consumer = Price for all ÷ First three lawns
= $180 ÷ 3
= $60
Therefore, for computing the price per consumer we simply divide first three lawn by price for all.
Answer:
rent
Explanation:
The rent expense will be difficult to revise. Usually, the rent amount is contained in a tenancy agreement signed by both the landlord and the tenant. The rent amount does not change until the lease or tenancy agreement expires. Changing the rent amount would require the landlord's consent.
Due to the above reasons, rent is classified as a fixed cost. It remains constant in the short run.
Answer:
a) see attached graph. There is nothing unusual with the supply curve, it is simply fixed. This happens to most services, e.g. there is a fixed number of hotel rooms available for rent, in the short run you cannot add more rooms per night if the demand increases. In order to increase the quantity supplied, you would need to build a larger hotel, or in this case, a larger stadium.
b) the equilibrium price is $8 and the equilibrium quantity is 8,000 tickets
c) if the college plans to increase enrollment, the demand might increase, leading to a higher equilibrium price, but the supply will remain the same until the stadium is expanded.
Explanation:
Price Quantity Demanded (Qd) Quantity Supplied (Qs)
$4 10,000 8,000
$8 8,000 8,000
$12 6,000 8,000
$16 4,000 8,000
$20 2,000 8,000