Answer:
"E "
Explanation:
Just in time inventory is an inventory management system where inventory required for production are ordered at the point of production.
This practice helps to maximize profit as investment on inventory carriage and storage are minimized , aiding an improved working capital management.
It is of importance that machine break down is avoided and there is a reliability of man power in order to avoid operation down time when there is a demand.
Also , there must be a solid arrangement with supplier for it to be effective.
Answer:
Demand drops to zero
Explanation:
Infinite elasticity of demand is also called perfect elasticity of demand.
In this scenario the demand for a product is attached to it's price.
There is an infinite change in the quantity demanded as a result of change in price.
Graphically it is a horizontal demand curve as represented in the attached
Even a small increase in price will cause demand to fall to zero.
Examples are luxury goods such as high end cars and expensive jewelry.
Answer:
decreased
Explanation:
As we know that there is a negative relationship between the rate of return i.e. required and the price of the stock. That means if the required rate of return rises, than the price of the stock reduced and vice versa
As in the given situation it is mentioned that the required rate of return increase so the price of the stock is decreased
The same is to be considered
Ummm, Government does not fund nonprofits.
Answer:
D. Interpretation: The zeros are where the daily profit is $0.00
zeros: x = 3.586 and x = 6.414
Explanation:
We have been given the following daily profit function;

where y is the profit (in hundreds of dollars) of a taco food truck
and x the price of a taco (in dollars)
The zeros of this profit function can be obtained by solving for x in the following equation;

These will simply be the x-intercepts of the profit function. That is the points where the profit function crosses or intersects the x-axis.
Therefore, an interpretation of the zeros of this function would be;
The zeros are where the daily profit is $0.00
These zeros can be evaluated graphically. We first obtain the graph of the profit function as shown in the attachment below;
We then determine the x values where the graph crosses the x-axis. These values will represent the zeros of our profit function. From the graph, these points are;
x = 3.586 and x = 6.414