Answer:
Thinking on the margin will ensure that each pair of inserts produced is turning a profit. Once a profit is no longer being made on a pair of inserts, production must be cut back. Understanding these margins will also help me stay competitive in a market that is open to other producers. If additional producers enter the market, I know that I have the ability to lower prices or offer discounts while still maximizing profits.
Explanation:
Answer:
3.73%
Explanation:
The computation of the rate of interest that makes the equivalent is shown below:
As we know that
Present value=Cash flow × Present value discounting factor ( interest rate% , time period)
Let us assume the interest rate be x
where,
Present value of $400,000 is
= $400,000 ÷ 1.0x ^5
And,
Present value of $1,000,000 be
= $1,000,000 ÷ 1.0x^30
Now eqaute these two equations
$400,000 ÷ 1.0x^5 = $1,000,000 ÷ 1.0x^30
(1.0x^30) ÷ (1.0x^5) = $1,000,000 ÷ $400,000
1.0x^(30 - 5)=2.5
1.0x^25=2.5
1.0x = (2.5)^(1 ÷ 25)
x =1.03733158 - 1
= 3.73%
Answer:
The project never pays back
Explanation:
The break even point in cash is a point where the minimum revenue amount of the firm arise from sales that are needed to generate the business by having the positive cash flows
hence, the break even point in cash represents that the project will never pays back the invested amount
Therefore all the other options are wrong
Answer:
Equilibrium Price - 3
Equilibrium Quantity - 3
Explanation:
The price at which there will be equilibrium in the chocolate market is 3 units while the corresponding quantity is also 3 units.
<u>The equilibrium price and quantity represents the price and quantity where the demand for a product is equal to the supply for the same product respectively.</u>
<em>In the graph, the point of intersection of the demand and the supply curve represents the equilibrium point. At this point, the price on the Y axis is 3 units while the corresponding quantity on the X axis is also 3 units.</em>
Answer:
Future value (FV) = $57,908
Present value (PV) = $8,860
Number of years (n) = 18 years
Interest rate = ?
FV = PV(1 + r)n
$57,908 = $8,860(1 + r)18
$57,908 = $8,860(1 + r)18
<u>$57,908</u> = (1 + r)18
$8,860
6.535891648 = (1 + r)18
18√6.535891648 = 1 + r
1.10993 - 1 = r
r = 0.10992 = 10.99%
Explanation:
In this case, we will apply the future value of a lump sum (single investment) formula. The present value, future value and number of years are given with the exception of interest rate. Thus, interest rate is made the subject of the formula.