<u>Full question:</u>
You know that firm XYZ is very poorly run. On a scale of 1 (worst) to 10 (best), you would give it a score of 3. The market consensus evaluation is that the management score is only 2. Should you buy or sell the stock?
A. Buy
B. Sell
<u>Answer:</u>
Buy the stock
<u>Explanation:</u>
At any position in time, the stock price displays all candidly accessible erudition about the company. This implies that an investor can obtain abnormal returns only if that investor holds private erudition about the firm's forecasts.
The firm's administration is not as critical as everyone else considers it to be, hence, the firm is underestimated by the market. You are scarcely hopeless about the firm's probabilities than the assumptions constructed into the stock price. As the administration of the firm is not as weak as anticipated to be. So the investor will determine to buy the stocks of the firm.
Answer:
We use the accounting equation to identify what a company owns and owes. <u>Assets </u>are resources a company owns or controls, <u>Liabilities </u> are claims creditors have against a company’s assets, and <u>Equity </u>is the owner’s claim on a company’s assets.
Explanation:
The accounting equation reads as Assets = Liabilities plus Equity.
The accounting equation forms the basis for preparing the balance sheet and the double-entry accounting system. When well prepared, the assets side should balance with liabilities and equity.
Answer:
grouping the data into bins
Explanation:
Grouping the data into bins-
It refers to the method of grouping the objects according to the classification, into different bins, is referred to as the method of grouping the data into bin.
From the given scenario of the question,
The Turquoise Oasis Spa, classify the orders into various bins, according to the cases 1 to 10 , 11 to 20... and so on, it helps to make the process faster and easy to perform.
Hence, the scenario of the question, is an example of grouping the data into bins.
Answer:
Year 2= $3,333.33
Explanation:
Giving the following information:
A company purchased a computer system for $24,000. The estimated useful life is 6 years, and the estimated residual value is $9,000.
To calculate the depreciation expense for the second year, we need to use the following formula for year 1 and 2:
Annual depreciation= 2*[(book value)/estimated life (years)]
Year 1= 2*[(24,000 - 9,000)/6]= 5,000
Year 2= 2*[(15,000 - 5,000)/6]= 3,333.33