Answer:
greater than; less than
Explanation:
Before the development of new fracking technology, the opportunity cost of producing oil in the United States was greater than the world market price. After the development of new fracking technology, the opportunity cost of producing oil in the United States is less than the world market price.
Licensed packaging, strategy is often employed by store brands.
For good reason, licensed properties are frequently used on packaging. Licensing may give brands publicity, access to new markets or areas, increased revenue, and more. However, there may also be modest to significant drawbacks.
Renée Whitworth, a strategic partner at the design firm Flood Creative in New York, spoke with BRANDPACKAGING about licensed strategies to assist brands decide their best course of action (www.floodcreativeny.com).
In its 15 years of utilizing design as a tool for strategy, Flood has produced a fair amount of licensed packaging for businesses. Whitworth discusses the advantages and disadvantages of licensed packaging as well as smart ways to use it.
Hence, option E is correct.
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Answer:
$3,780,000
Explanation:
Data provided in the question
Owning percentage = 12.6%
Dividend payment = $30,000,000
By considering the above information, the amount that helen received is
= Dividend payment × Owning percentage
= $30,000,000 × 12.6%
= $3,780,000
By multiplying the dividend payment with the owning percentage, the total dividend received can come
Answer: $368.55
Explanation:
Employer payroll tax is;
= Social security + Medicare + State Unemployment Tax + Federal Unemployment tax
Monthly salary = 32,400/12 = $2,700
= (6.2% * 2,700) + (1.45% * 2,700) + ( 5.4% * 2,700) + ( 0.6% * 2,700)
= $368.55
Answer:
How many minutes of grinding machine time would be required to satisfy demand for all four products = 97,620 minutes.
Explanation:
The minutes of grinding machine required to satisfy demand for all four products -
Grinding time of Product A = Grinding minutes per unit of Product A * Monthly demand in units of Product A
= 5.0 * 5,200 = 26,000
Grinding time of Product B = Grinding minutes per unit of Product B * Monthly demand in units of Product B
= 6.50 * 5,200 = 33,800
Grinding time of Product C = Grinding minutes per unit of Product C * Monthly demand in units of Product C
= 5.50 * 4,200 = 23,100
Grinding time of Product D = Grinding minutes per unit of Product D * Monthly demand in units of Product D
= 4.60 * 3,200 = 14,720
The minutes of grinding machine required to satisfy demand for all four products =
= 26,000 + 33,800 + 23,100 + 14,720
= 97,620 minutes.
