Answer:
9.63%
Explanation:
Calculation of Mutual Fund rate of return that the investor receive on the fund last year
Using this formula
Rate=(Fund's NAV -NAV per share +Income distributions+ Capital gain distributions )
Let plug in the formula
Where:
Fund's NAV =$19.14
NAV per share=$19.00
Income distributions=.57
Capital gain distributions =1.12
Hence
Rate =($19.14 - 19.00 + .57 + 1.12) / $19.00
=1.83/$19.00
=0.0963×100
Rate = 9.63%
Therefore without considering taxes and transactions costs, the rate of return that the investor receive on the fund last year will be 9.63%
Answer:
C. substitutes
Explanation:
This scenario reflects the operation of substitutes in replacing the support and ability offered by leaders
Answer:
C. eat more pizza and spend less on pizza than he did before the price decrease.
Explanation:
The inelastic means that when the elasticity is less than one
Since the demand for pizza is inelastic and the price of pizza decreases that would result in an increase in the quantity demanded of pizza.
Though the price of pizza decreases, the Pablo spend less than before as the price and the quantity demanded has an inverse relationship.
Answer:
The correct answer to the following question is option A) Discretionary accruals are items that management has full control over .
Explanation:
Non discretionary accruals can be described as those expenses ( that are obligatory in nature ) which are yet to be realized by the company but such expenses are already recorded in the books of accounts . Examples of such expenses can be like employees next month salaries.
Discretionary accruals can be described as those expenses ( that are non obligatory in nature ) which are yet to be realized by the company but such expenses are already recorded in the books of accounts . Example of such expenses are bonuses for the employees . These are such expenses on which management has full control ,as it not an obligation for a company to incurred such expenses.
Answer:
17.15 m/s
Explanation:
This is a case of free fall, so we can use the next equation:
where
is the final velocity
is the initial velocity (0 in this case)
is the acceleration of gravity 
and 
is the height at wich the ballon was pitched.
So we have:
The final velocity, the velocity of the ballon when it hits the ground is 17.15m/s.
