Answer: User interface (UI)
The user interface has to do with the naviagtion of a program.
Answer: c.) Yes, the process is in control.
Explanation:
For the process to be in control, the number of defects have to be between the Upper Control Limit and the Lower Control limits of the c-chart which can be used to measure defects of irregularities per unit.;
UCL = C-bar + z*√(c-bar)
LCL = C-bar - z*√(c-bar)
C - Bar = 
C - Bar = 
C - Bar = 4.375
z = 3 when using the 3 sigma control
UCL = C-bar + z*√(c-bar)
UCL = 4.375 + 3 * √(4.375)
UCL = 10.65
LCL = C-bar - z*√(c-bar)
LCL = 4.375 - 3 * √(4.375)
LCL = -1.9
LCL = 0 (Lower limit minimum should be 0 at least)
Defects are within the control limits. The process is in control.
Answer:
The correct answer is letter "C": William Ouchi, Theory Z.
Explanation:
American professor William Ouchi (born in 1943) proposed the "Theory Z", first described in his book "<em>Theory Z: How American Management Can Meet the Japanese Challenge</em>" which is an approach that explains how firms should develop a strong company philosophy and culture and consensus in decisions.
Theory Z aims to employee development, as well, by concerning about their well-being, making them generalists instead of specialists, promoting individual responsibility, and monitoring them informally but with formal measures.
Answer:
B. a high degree of centrality
Explanation:
According to the model of power, there are four contingencies of power which are; <u>centrality</u> ,substitutability, visibility and discretion and each may be high or low within the organization, depending on the scenario.
Centrality refers to <u>how dependent others are, on the person or group holding power, and to what extent the actions of those holding power can affect the people depending on them.</u>
The higher the number of people dependent on the power holder, the higher the degree of centrality.
Therefore, my team has a high degree of centrality because the work of several other teams are dependent on my team's performance.