<u>Answer:</u>
<em>It requires marketers to learn about all of the participants and their relative influence on the decision. </em>
<u>Explanation:</u>
Decision making can be performed by individuals or groups and includes employees as well as operational, middle, and senior managers. There are four stages in decision making: intelligence, design, choice, and implementation.
However, information systems are less successful at supporting unstructured decisions.. It requires marketers to learn about all of the participants and their relative influence on the decision.
Answer:
The automotive company has run into bribery and corruption, one of the most common ethical challenges businesses faced today as they expand internationally.
Explanation:
As with the given scenario above, this company had three potential countries in which to expand their business of building a factory. These countries asked for an amount of extra kickbacks in exchange for helping the company run their business with ease.
However, in the business world, <em>kickbacks</em> are considered an illegal form of payment (or bribe) that one may gave as a compensation to an individual or organization with a considerable superiority and great influence in exchange for an improper advantageous treatment or service.
Such misappropriation of money violates the state or federal laws, which makes it a form of corruption.
Now, the automotive company from the given scenario had faced a dilemma whether to accept the bribe or not. It's a challenge for them as their decision might positively or negatively affect their business expansion.
Answer: B. Jean
Explanation:
Having Absolute Advantage in the production of a good means that you can produce more of that good given the same resources or at least the same Quantity as others given lower resources.
From the scenario above therefore, Jean has the Absolute Advantage in producing Cakes as Jean can bake 12 cakes in an hour while Vincent can only bake 10.
The dimensions of the cylinder can be used to minimise cost of manufacture.
<h3>How to we find minimised cost?</h3>
Let's ignore the metal's thickness and assume that the material cost to manufacture is precisely proportionate to the surface area of a perfect cylinder.
A=2πr(r+h)
Given that V=1000=r2h and h=1000=r2, we can write
A=2πr(r+1000πr2)
A=2πr2+2000r−1
By setting the derivative to zero, we may determine the value of r that minimises A:
A′=4πr−2000r−2
0=4πr−2000r−2
2000r−2=4πr
2000=4πr3
r=500π−−−√3
r=5.419 + cm
h=1000πr2=10.838 + cm
The can with the smallest surface area has a volume of 1000 cm 3 and measures 5.419+ cm in radius and 10.838+ cm in height. The can has a surface area of 553.58 cm 2. Given a constant volume, the cylinder with diameter equal to height has the least surface area.
Can surface area (cm2) versus. radius (cm), where capacity = 1000cm 3.
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