Answer:
Present value = FV / (1 + r)^t
1. PV = $19,415 / (1 + 0.07)^15
PV = $19,415 / (1.07)^15
PV = $19,415 / 2.759031
PV = $7,036.89
2. PV = $47,382 / (1 + 0.11)^8
PV = $47,382 / (1.11)^8
PV = $47,382 / 2.3045378
PV = $20,560.31
3. PV = $312,176 / (1 + 0.10)^13
PV = $312,176 / (1.10)^13
PV = $312,176 / 3.4522712
PV = $90,426.27
4. PV = $629,381 / (1 + 0.13)^25
PV = $629,381 / (1.13)^25
PV = $629,381 / 21.230542
PV = $29,645.07
Answer:
$ 2,500 as far as i know.
Explanation:
Answer:
cyclical unemployment.
Explanation:
Unemployment rate refers to the percentage of the total labor force in an economy, who are unemployed but seeking to be gainfully employed. The unemployment rate is divided into various types, these include;
I. Cyclical unemployment rate (CU).
II. Frictional unemployment rate (FU).
III. Structural unemployment rate (SU).
IV. Actual unemployment rate (AU).
V. Natural Rate of Unemployment (NU).
A cyclical unemployment can be defined as a type of unemployment which is typically related to changes in the business, economy or industry cycle such as recession, governmental policies etc.
Mathematically, cyclical unemployment rate can be calculated using the formula;

Hence, the increase in unemployment that occurs during recessions and depressions is called cyclical unemployment
Answer:
Purchases= 17,200 pounds
Explanation:
Giving the following information:
Production in units:
Month 1= 16,000 units
Month 2= 22,000 units
One pound of materials is required for each finished unit.
The inventory of materials at the end of each month should equal 20% of the following month's production needs.
Beginning inventory= 3,200 lbs.
To calculate the direct material required, we need to use the following formula:
Purchases= production + desired ending inventory - beginning inventory
Purchases= 16,000 + 22,000*0.2 - 3,200
Purchases= 17,200 pounds