Answer:
Studying finance can prepare you not only for careers in the financial services sector, but also for tasks in your everyday life. ... And because finance revolves around planning and analysis, studying finance and becoming more financially literate enables people to make better personal financial decisions.
Answer: Other Engineers
Explanation:
Richard can be sued by motorist in the event of the collapse of the road which he supervised construction, and the case would be considered with the already established engineering standards. The engineer standard directs that during construction or fabrication in engineering, the engineer should give little or no allowance for failure, because failure can lead to serious injuries or loss of life.
Answer:
The correct answer is: family life cycle.
Explanation:
The family life cycle refers to the natural stages families go through over time. There is no set path these stages follow but the most common steps in the life cycle of a family are <em>leaving home -single young adults, joining families through partnership, families with young children, families with adolescents, launching children and moving on, </em>and <em>families in later life</em>.
Answer:
Job elements method
Explanation:
Job elements methodbis defined as a work oriented job analysis method. It is more focused on human attributes that are needed to ensure superior performance on the job.
Job elements method is used to match employees with the activities that best suits their abilities.
Alex and Jane work as economists, and asked to provide criteria that are instrumental to success in their field. This is done to help with hiring of more economists. This emphasis on human attributes that will give success in the job role is called Job elements method.
Answer:
$125
Explanation:
average inventory = 500 / 2 = 250
annual holding costs = 250 x $0.50 = $125
also, if you want to determine the order cost:
EOQ = √[(2 x S x D) / H]
EOQ = 500
H = annual inventory holding cost per unit = $0.50
D = annual demand = 500 x 12 = 6,000
500 = √[(2 x S x 6,000) / 0.50]
500² = 12,000S / 0.50
250,000 x 0.5 = 12,000S
125,000 = 12,000S
S = 125,000 / 12,000 = $10.417 ≈ $10.42
annual ordering costs = $10.42 x 12 = $125.04
