Answer:
The algebraic formulation of the constraint is 4X+2Y ≤ 100
Explanation:
The algebraic formulation of the constraint is shown below:
Given that
The number of hours taken per unit of x is 4 hours
And the number of hours taken per unit of x is 2 hours
And, the maximum hours available is 100
Now based on the above information
The algebraic formulation of the constraint is
= 4X+2Y ≤ 100
hence, the same is to be considered
Answer:
The correct answer is c. Derived demand
.
Explanation:
Derived demand is the demand for goods and services that is generated as a result of the demand for other goods and services. This type of demand usually corresponds to the demand for factors or products, since the demand for a good or service may be related to the process necessary to produce another good or service, although it can affect both producers and consumers.
Derived demand can sometimes lead to an increase in the price of a marginal product, since the demand for the resources needed to produce a physical product also increases.
Answer:
True
Explanation:
In record keeping using the filling method, it is done in-order to keep track of all the important documents and information regarding to the company. <em>This record keeping system could employ the manual method or writing with hand or the electronic method of storing such information using the computer or other electronic device.</em>
Answer:
Comparative advantage.
Explanation:
Comparative advantage is the ability to produce good and services at a lower opportunity cost compared to others , leading to lower selling price and competitive advantage over others .
Specialization is about concentrating on producing a few products in order to
build brands , expertise and gain maximum productivity leading to a reduction in selling price and a comparative advantage.
Answer:
A) $24,602
Explanation:
We can solve this question by finding the periodic deposits needed by using the formula:
where:
FV= future value = $220,000
PMT = periodic deposits required = ???
i = effective interest rate per period = 0.0331
n= number of deposits = 8
However, since the interest is compounded monthly, let's also calculate the effective interest rate
Effective interest rate = 
where; r = 12.5% = 0.125
= 0.1324
Interest rate per period = 
= 0.0331
Then;
220,000 = PMT × 8.986
PMT = 
PMT = $ 24,482.5
Since A) $24,602 is closer to $ 24,482.5
Therefore, $ $24,602 must be deposited every three months
