Answer:
a) 469.40%
b) 18.15%
Explanation:
a)
Total nominal growth rate = 
thus,
Total nominal growth rate = 
= 469.40%
b) Total real growth rate = 
now,
Real earned income in 1976 = 
= 
= $20,267.54
and,
Real earned income in 2016 = 
= 
= $23,947.21
Therefore,
Total real growth rate = 
= 18.15%
A. $197.99
First you subtract 40% from 329.99
So,
329.99-40%=
40% of 329.99 is $131.99
329.99-131.99= 197.99
The net present value of the proposed project is closest to -$80,822.
Since the project saves $80,000 in costs each year, we treat these savings income for the next 4 years. We then calculate the Present value Interest Factor of an annuity using the formula :
PVIF of an annuity = { [ 1 - [ (1+r)⁻ⁿ ] } ÷ r
PVIF of an annuity = { [ 1 - [ (1.09)⁻⁴ ] } ÷ 0.09
PVIF of an annuity = 3.240 (rounded to three decimals)
PV of the cost savings = (3.240*80000) = $2,59,178 (rounded to nearest $)
NPV = PV of cost savings - Value of investment
NPV = 2,59,178
- 3,40,000
Answer:
Company A
The number of items that should be produced in each run to minimize total costs of production and storage is:
= 22,000 units
Explanation:
a) Data and Calculations:
Total annual demand = 550,000 units
Cost per production run = $330
Cost per unit = $5
Storage (holding) cost per item = $0.75
The number of items that should be produced in each run to minimize total costs of production and storage is given by Economic Order Quantity (EOQ) formula
= square root of (2 * 550,000 * $330)/$0.75
= square root of $363,000,000/$0.75
= square root of 484,000,000
= 22,000 units
