Answer:
D. The GII decision style
Explanation:
This is the situation or technique whereby a leader calls his team together seeking ideas and input (brainstorming together) to find solutions to apparent problems facing them. The overall decision of the group brainstorming is what is accepted and used. This is based on the Vroom–Yetton contingency model is a situational leadership theory of industrial and organizational psychology. In the GII decision style, the final decision is no longer the leaders decision again. The leader allows free flow of discussion during the brainstorming session and doesn't impose his will. Here, Adeline calls her staff together to brainstorm a solution to the finished gas problem in front of them.
Research indicates that high-performance project teams are much more likely to develop under certain conditions. One of these conditions is that members are assigned to the project manager.
High performance teams are composed of individuals with specialized expertise and complementary skills who are hyper focused and goal oriented on achieving clear and outstanding results
So the members are assigned to the project management. It is the process of leading the work of a team to achieve all project goals with the given constraints.
Learn more about high performance project teams here
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<span>The use of an organization's operational data as the source data for a bi system is not usually recommended because it requires considerable processing and can drastically reduce system performance.
BI system is business intelligence system. To making the better business </span>decision is the purpose of Business Intelligence system. there are many business intelligence tools to make it successful.
You must pay two types of taxes on earned income: Social Security/Medicare taxes (called FICA, OASDI, or payroll taxes) and income taxes. The payroll taxes that are withheld from your paycheck have two components.
Answer:
A) 0.023
Explanation:
Sample size = 1,000
Number of defectives collected from Machine #1 = 23
So, the sample proportion of defectives for machine #1 = Number of defective output / Sample size = 23/1000 = 0.023