Answer:
$544.265
Explanation:
Given:
FV = $1,000
Yield to maturity = 5.2%
N = 12 years
Required:
Find the value of the zero coupon bond.
Use the formula:
PV = FV * PVIF(I/Y, N)
Thus,
PV = 1000 * PVIF(5.2%, 12)
= 1000 * 0.544265
= $544.265
The value of the zero coupon bond is $544.3
<span>With respect to organizational change, this would also represent a change in the type of waste machines that are used in the Industry. Since the EPA is targeting a 30% reduction of waste generated by coal-fired powerplants, the manufacturing industries are now required to adapt the new method that is establish to minimize carbon footprint.</span>
Answer:
They will decrease as production decreases
Explanation:
Total Variable cost is sum of all the cost incurred in production of total units of goods produced. It is directly proportional to the number of units of goods produced. It helps to analyze cost structure of goods and then decide on pricing strategy of the goods. Some of the examples of variable cost can be packaging cost, raw material’s cost.
Mathematically it can be defined as
Total variable cost = Total units of goods produced * variable cost for one unit of good produced
Hence from the given option They will decrease as production decreases as the number of units of goods produced will decrease and hence lesser raw material and packaging will be required to produce the goods.
Answer: Option (c) is correct.
Explanation:
Given that,
Price elasticity of demand = 0.5
Percentage increase in price = 8%
Price elasticity of demand = 
0.5 = 
Percentage change in quantity demanded = 0.5 × 8
= 4%
Therefore, if the price rises by 8% then as a result quantity demanded decreases by 4%.