Answer: 35.88
Explanation:
I’m not sure if this is right I just did 2.99 x12
Answer: E
Explanation:
Weak form efficiency advocates that past price movements, earnings and volume data does not affect the price of stock and therefore cannot be used in the prediction of its future direction.
Weak form efficiency is also called random walk theory. It states that the prices of future securities are random and past events does not affect the prices. Advocates believe every information needed can be found in the stock prices and there is no need for past information. It is an irrational decision by amateur investors.
Answer:
The correct answer is letter "B": historical prices.
Explanation:
American Economist Eugene Fama (born in 1939) proposed the Efficient Market Hypothesis (EMH) stating that it is impossible to beat the market. There are three types of EMH: The Weak, Strong, and Semi-Strong EMH. The Weak form of the EMH suggests that current stock prices reflect all the data of past prices and technical analysis is useless to predict stock price fluctuations.
Answer: Option (C) is correct.
Explanation:
Correct option: The government lacks information about what people are willing to pay for the good.
The government have less information about the willingness to pay of the consumers. So, this creates an obstacle for the government for a efficient provision of a public good.
So, the government have no clue about the minimum that a consumer can pay, this will lead to create problem for the government.
Government don't know to whom these public goods are to be provided.
A potential disadvantage of the government provision of public goods is that the government may lack clear information about what people are willing to pay for the good (C), which could lead to inefficiencies. This does not mean that private provision is always more efficient, especially in the case of essential public goods.
In response to your question about the disadvantage of government provision of a public good, option C indicates a potentially valid issue. This option suggests that government lacks information about what people are willing to pay for the good. Specifically, in some cases, private firms may provide services more efficiently than government because they have more capability to gauge market demand and adjust prices accordingly. However, for certain public goods like fire and police services, private provision might not be efficient or advantageous due to the nature of these services.
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Answer:
Harper investment 160,000
building over fair value 16,000
royalty over fair value 34,000
cash 200,000
----
2017 entries:
loss on Harper Investment 32,000
Harper investment 32,000
---
Cash 4,000
Harper investment 4,000
----
Unrealized gain 2,000
Harper Investment 2,000
---
royalty over fair value 1,700
bulding over fair value 1,600
harper investment 3,300
---
2018 entries:
Harper Investment 16,000
Gain on Harper Investent 16,000
----
Cash 4800
Harper investment 4800
----
Unrealized gain 1,600
Harper Investment 1,600
---
royalty over fair value 1,700
bulding over fair value 1,600
harper investment 3,300
Explanation:
400,000 x 40% = 160,000
40,000 increase infair value of building x 40% = 16,000
royalty 85,000 x 40% = 34,000
total equity value 200,000
payment of 200,000
no goodwill.
amortization:
building: 16,000 / 10 = 1,600
royalty: 34,000 / 20 = 1,700
2017
loss: 60,000 x 40% = (32,000)
dividends 10,000 x 40% = (4,000)
unrealized gain: it kept 15,000/90,000 = 0.1667 = 16.67%
90,000 - 30,000 = 30,000 gain x 16.67% = 5,000 unrealized gain
5,000 x 40% = 2,000
2018
income 40,000 x 40% = 16,000
dividends 12,000 x 40% = (4,800)
unrealized gain kept 30%
80,000 - 50,000 = 30,000 x 30% = 9,000
the company has 40% so 9,000 x 40% = 3,600 unrealized
as we recognize 2,000 before we adjust for the difference of 1,600
Potential effects of departmental performance reports on employee behavior except including uncontrollable costs served to improve manager's morale.
Explanation:
Answer:
The price of the stock today is $80.00
Explanation:
The price of a stock whose dividends are expected to grow at a constant rate is calculated by the constant growth model of the DDM. The price of a stock under DDM is based on the present value of the expected future dividends that the stock will pay. The formula for price under this model is,
P0 = D1 / r - g
Where,
P0 = 1.6 / (0.05 - 0.03)
P0 = $80.00