Answer:
George Elton Mayo
Explanation:
Based on the scenario being described within the question it can be said that the individual being mentioned is George Elton Mayo. Mayo was an Australian Psychologist who was born on December 26, 1880. Mayo greatly contributed to the creation of the management theory which helped establish modern human relations management methods as well as creating the frame and focus on social dynamics.
Answer:
The rate of return expected on this project by Cold Goose Metal Works Inc. is 15.20%
Explanation:
Since flotation cost is 4% that implies that $500,000 is actually 96% (100%-4%) of the cash proceeds from the capital funding,hence funds raised is computed thus:
funds raised=$500,000/0.96=$520,833.33
Annual return on investment=cash inflow-initial cash outflow
cash inflow is $600,000
cash outflow is $520,833.33
annual return on investment=$600,000-$520,833.33=$79166.67
rate of return on project=annual return on investment/initial investment
=$79,166.67
/$520,833.33*100=15.20%
The rate of return that Cold Goose Metal Works Inc is 15.20%
Answer:
the stock value per share is $53
Explanation:
The computation of the stock value per share is shown below:
Value of operations = Free cash flows ÷ ( Capitalization Rate - growth rate )
= $175 Million ÷ ( (10% - 4%)
= $2,917
Now stock value per share is
= $2,917 ÷ 55 million shares
= $53 per share
Hence, the stock value per share is $53
It should be noted that a company's market share serves as the percentage of the total target market for the product that belongs to the company.
Market share can be regarded as the percentage of the total revenue that is been made in a particular market or in a business.
This serves as the amount of money that the company is able to make off the market.
Therefore, option B us correct because company's market share serves as the percentage of the total target market for the product.
Learn more about market share at:
brainly.com/question/4934175
Answer: Life cycle assessment
Explanation: Life cycle assessment is the systematic analysis of environmental impacts of products from design stage through end-of-life, raw materials and energy inputs to its disposal with the ultimate goal to reduce environmental impact. It is concerned with every stage of the life-cycle (from raw material extraction, processing of raw materials, production, distribution, usage and disposal) of a product, process, or service.