Answer: Very instresting?
Explanation:
Answer: $1203.83
Explanation: Continuous compounding is a great thing if you are earning on an investment. It says that the principal is constantly earning interest and the interest on interest is also compounding continuously. The formula for the continuous compounding is:
where, A = $2600
e = the mathematical constant e (2.7128)
r = 11%
n = 7 years
By inputting the above variables in the formula,
$2600 = P * 2.159766
P = $1203.834
Therefore, the amount to be invested today will be $1203.834
Answer:
The correct answer is letter "A": increased expenditures on education.
Explanation:
Total Factor Productivity (<em>TFP</em>) measures the total production of a region by dividing the total amount of output by the weighted average of inputs such as labor and capital. It represents growth in real output as a result of changes in labor and capital. Under such a scenario, <em>changes in the expenditures for education would change the total factor of production since it has a direct impact on labor quality. The higher the expenses in education, the higher the quality of labor.</em>
Answer: Williamson industries would have obtained $7.78 billion in sales
Explanation: According to the question, the company is having a total of $2 billion in fixed assets. The fixed assets are currently operating at 90% (0.9) of its total capacity. At his level, the company is able to achieve a sales figure of $7 billion. The implication is as follows;
Fixed assets (at 100%) = 2 billion
Fixed assets (at 90%) = 2 * 0.9
Fixed assets (at 90%) = 1.8
If the company utilizes $1.8 billion to achieve a $7 billion sales figure, then operating at full capacity (100%) would yield the following;
7/x = 90/100
(Where x equals sales level at 100% capacity)
7/x = 0.9
Cross multiply
x = 7/0.9
x = 7.7777...
x ≈ 7.78
Therefore, if Williamson Industries had been operating at full capacity, it would have obtained a sales level of $7.78 billion
Answer:
A. Additivity
Explanation:
Additivity simply means that the values of an objective function and total resources used can be found by adding all the contributions made by the objective functions and the decision variables of all resources used. That is, it assumes that the overall of an objective function is found by adding the contribution of each objective function to the overall. In additivity, interaction between variables doesnt exist.
