Answer:
He will have $102,979 in his retirement account in 10 years.
Explanation:
Annual Payment = $2,000
Number of Year = n = 10
Interest rate = i = 5%
Compounded Quarterly
Future value after 10 years
FV = A [ ( ( 1 + ( r / m )^mt ) - 1 / ( r / m )
FV = $2,000 [ ( ( 1 + ( 0.05 / 4 )^40 ) - 1 / ( 0.05 / 4 )
Future value = $102,979
So, Ira Schwab will have $102,979 in his retirement account in 10 years.
The best suggestion to give to Frank when he asked about
what could be done with the data that is being generated is that the data may
be of good use when the social media are being used in having to find out the
customer’s recommendations and the ones that they are buying in which could be
the common interest of buyers.
Answer:
The benefits of Inventory Pooling includes:
- centralizing inventory into fewer locations thus reducing safety stocks and the amount of inventory needed in the supply chain.
- Pulling back inventory when firms have too much at retail level.
Explanation:
inventory pooling is an operational strategy used to increase efficiency in stock management and analysis.
It is a supply chain tool that consolidates multiple inventory locations into a single one.
It is a centralized system that helps with stock keeping. It makes projections easier and helps manage shortfalls that may arise due to demand uncertainty.
It is cost effective by reducing cost of employing more staff and reduces the percentage error due to the centralized portal.
By reducing operational costs, profit is maximized.
Answer:
97.8 or 98 items
Explanation:
A items:
= Percent of items in inventory × No. of items
= 0.1 × 6,800
= 680
B items:
= Percent of items in inventory × No. of items
= 0.31 × 6,800
= 2,108
C Items:
= Percent of items in inventory × No. of items
= 0.59 × 6,800
= 4,012
Units to be counted everyday:
= 30.90 + 34.55 + 32.35
= 97.8 or 98 items
Answer:
Option (a) is correct.
Explanation:
Amount paid for house three years ago = $85,000
Selling price of house today = $110,000
Therefore,
Property appreciated by following percentage:
= (change in value ÷ Amount paid for house three years ago) × 100
= [($110,000 - $85,000) ÷ $85,000] × 100
= ($25,000 ÷ $85,000) × 100
= 0.2941 × 100
= 29.41%
