Answer:
Explanation: The implementation of resource management policies can be achieved through the following: control theory, machine learning, utility-based, and market-oriented method.
1. Control theory:
Benefit- it can analyse linear and non linear systems, single or multiple systems.
Problem- It is complex and requires multiple computations
2. Machine learning Theory:
Benefit- It does not sole depend on extracting information and it gives room for improvements. It performs routine and non routine tasks
Problem- It requires a complex to understand and need trained professional to operate it.
3. Utility-based method:
Benefit - It gives urgency to tasks, it gives users better satisfaction.
Problem- the tasks needs to be carried out continuously
4. Market-oriented method:
Benefit - it gives room to know and understand the market, it leads to an increased organisational performance.
Problem- requires a professional.
<span>Hubble's constant is a "constant" in that its value </span><span>is the same across all of space and does not change on human time scales</span>. When talking about Hubble's constant it is talking about the relationship of the age of the universe and how relationships change over time as expansion happens. To keep up with the changing times, the world and evolves around the constant.
The Titanic could stay afloat with four of its 16 watertight compartments flooded, more than anyone could imagine on a ship of its size. As the ice bumped along its starboard side, it punched holes in the ship's steel plates, flooding six compartments. In a little over two hours, the Titanic filled with water and sank Sep 25, 2008
Answer:
Explanation:
Annual demand (D) = 20000 units
Number of days per year = 250
Demand rate(d) = D/number of days per year = 20000/250 = 80 units
Production rate(p) = 655 units
Set up cost(S) = $1800
Holding cost (H) = $1.50
A) Optimum run size(Q) = sqrt of {2DS / H [1-(d/p)]}
= sqrt of {(2x20000x1800) /1.50[1-(80/655)]}
= Sqrt of [7200000/1.50(1-0.1221) ]
= sqrt of [72000000/(1.50 x 0.8779)]
= sqrt of (7200000/1.31685)
= Sqrt of 5467593.1199
= 2338 units
b) Maximum inventory ( I - max) = (Q/p) (p-d) = (2338/655)(655-80) = 3.5695 x 575 = 2052.46 or rounded off to 2052 units
Average inventory = I-max/2 = 2052/2 = 1026 units
C) Number of production setups per year = D/Q = 20000/2338 = 8.55 or rounded up to 6
d) optimal length of production run = optimal run size /production rate = 2338/655 = 3.56 or rounded up to 4 days
Answer:
Production for the third quarter 159,500
Explanation:
Sales for the period 161,000
Desired ending inventory 4,600
Total production needs 165,600
Beginning Inventory (6,100)
Production for the third quarter 159,500
The sales for the period and the desired ending inventory are the total units we need for the quarted.
the beginning inventory reduces the production because are units we already have
