Answer:
The amount in the account on the 18th birthday = $ 25,645.41
Explanation:
<em>The investment can be described as an ordinary annuity. An ordinary annuity is a series of equal periodic cash flows that occur for a certain number of years</em>
<em>The amount the invest will accrue principal plus interest is known as the f</em><u><em>uture value</em></u><em> of the annuity</em>
It is determined as follows:
<em>FV = A × ( (1+r)^n -1 ) / r</em>
FV - ?, A = 1000. r - 4%- 0.04, n - 18
FV = 1,000× ( ( (1.04)^(18) - 1 )/ 0.04
= 1,000 × 25.64541288
= $ 25,645.41
The amount in the account on the 18th birthday = $ 25,645.41
Answer:
D) Stock prices of companies that announce increased earning in January tend to outperform the market in February.
Explanation:
The above is consistent with the Efficient Market Hypothesis. All others are a direct contravention.
<em>The efficient market hypothesis (EMH), also known as the efficient market theory, is a hypothesis that states that the prices of shares contain all information and that consistent alpha generation is impossible.</em>
According to the hypothesis, stocks always trade at their fair value on exchanges, making it impossible for investors to purchase undervalued stocks or sell stocks for inflated prices.
This means that it should not be possible to outperform the overall market through professional stock selection or market timing.
The only way according to EMH that an investor can obtain better returns is by purchasing riskier investments.
By implication, this also means that it is not possible to "beat the market" consistently on a risk-adjusted basis since market prices should only react to new information.
You would note that in the option D, earning (which is a key driver for demand of stock) is announced in one month. The natural reaction would be for the demand for that stock to surge in the next month.
Answer:
The inspecting costs should be allocated to the Basic model using ABC costing is $30,600
Explanation:
The computation of the inspecting cost is shown below:
= Total number of basic model inspection + the total number of inspection
where,
Total number of basic model inspection equals to
= Number of units produced ÷ every units produced
= 3,400 units ÷ 100
= $34
And, the total number of inspection equals to
= Total inspection cost ÷ number of inspection
= $84,600 ÷ $94
= 900
The number of inspection includes
= total number of basic model inspection + the total number of luxury model inspection
= $34 + $60 (600 units ÷ 10)
Now put these values to the above formula
So, the value would equal to
= 900 × $34
= $30,600
