We can actually deduce here that when building the Complete 2nd Order Model, one can do all except: C. Create an interaction between age and each of the levels of job satisfaction.
<h3>What is Complete Second Order Model?</h3>
The complete second degree (order) model is actually known to be a polynomial model that includes the linear terms, second degree terms and the interaction term.
The options that complete the question are:
A. Create a curvilinear term for job satisfaction
B. Create an interaction between unemployment rate and age
C. Create an interaction between age and each of the levels of job satisfaction
D. Create a curvilinear term for age.
Thus, options C is the one that wouldn't be carried out in the Complete Second Order Model.
Learn more about Human Resources on brainly.com/question/25443563
#SPJ11
Answer:
Has capacity constraints in the form of limited resources
Explanation:
When the company has capacity constraints in the form of limited resources they should prioritize those goods with highest <em>contribution margin per unit of the limiting factor</em> instead of goods with the <em>highest contribution margin per unit</em>. This ensures that resources are distributed first to where they are more profitable.
Therefore, A firm that decides to emphasize those goods with the highest contribution margin per unit may have made an incorrect decision when the company has capacity constraints in the form of limited resources.
Answer:
a. I will hire three new salespeople prior to our next product release.
Explanation:
Smart goals are specific, measurable, attainable, result oriented and time bound. When a new product is released, new sales person will help boost sales of the product. The sales person will inform customers about the new product features and specifications. The customers will be able to choose the product based on their preference.
Answer: in a traditional economy, decisions are based on habit and custom
Explanation:
Answer:
Option (B) is correct.
Explanation:
XA + XB = 100
QA = 100XA
QB = 200XB - XB^2
Use the fact that,
XA = 100 - XB
Now total production is Q = QA + QB
Q = 100XA + 200XB - XB^2
Q = 100 × (100 - XB) + 200XB - XB^2
Q = 10,000 + 100XB - XB^2
Output is maximum when Q'(XB) = 0
100 = 2XB = 0
XB = 50
XA = 50
Therefore, the firm’s profit-maximizing allocation of input X is 50 units of XA and 50 units of XB.