Answer: $27000
Explanation:
The amount of goodwill impairment on December 31, 2020 will be:
Amount if goodwill = Net book value - Fair value
= $792,000 - $765,000.
= $27000
Therefore, the amount of Goodwill is $27000
Answer:
Equilibrium price, p = 2.5
Equilibrium Quantity, Q = 22.5
Explanation:
The equation is:
Qd = 30 - 3p
Qs = 10 + 5p
At equilibrium, Quantity demanded equals quantity supplied
Equate Qd = Qs to find equilibrium price
30 - 3p = 10 + 5p
30 - 10 = 5p + 3p
20 = 8p
p = 20/8
P = 2.5
Substitute equilibrium price into Qd and Qs equation to find equilibrium Quantity
Qd = 30 - 3p
= 30 - 3(2.5)
= 30 - 7.5
= 22.5
Qs = 10 + 5p
= 10 + 5(2.5)
= 10 + 12.5
= 22.5
Therefore,
Equilibrium price, p = 2.5
Equilibrium Quantity, Q = 22.5
Your answer is true that is what a segmented market is
Answer:
Ball can certainly hold Sullivan to a contract for sale of the land. Sullivan in his reply to Ball's enquiry offered to sell the forty-acre tract of land at $60,000 and nothing less. Ball accepted this offer by Sullivan by stating his acceptance.
These exchanges of offer and acceptance meet the terms of a valid contract. Therefore, Ball can always hold Sullivan for contract enforcement.
Explanation:
In making a valid contract, offer and acceptance are key ingredients, with specific consideration. Since the two parties, Ball and Sullivan are agreed on the consideration and have exchanged offer and acceptance, the validity of the contract is enhanced thereupon.
Answer:
N = 5 years
Explanation:
At first we have to calculate the number of periods to determine at which part of the table we should look at.
Given,
PV = $20,000
FV = $32,000
Interest rate, i = 0.10 (10%)
Number of periods, n = ?
We know, Future value, FV = PV × 
or, $32,000 = $20,000 × 
or, 1.6 = 
As the factor is 1.6, we will look at the following image which is the FV factor table to find the number of periods.
We can find it in a different way too.
log 1.6 = n log 1.10
or, n = 
or, n = 4.93 years
Therefore, n = 5 years
