Answer:
Bounded Rationality
Explanation:
To begin with, it is essential to understand the concept of departmentalization.
Departmentalization centers on the idea that departments/divisions within an organization are grouped and/or sectioned, using some identified benchmarks. In extension, Departmentalizing, is simply the acts of engaging in departmentalization.
Bounded rationality, is a phenomenon that states that human reasoning and extension, logic could be threatened by a number of constraints. The constraints here could be human, material and physical resources. The implication is that an individual is not in possession of full details and information that could influence or shape his position.
Hence, by departmentalizing, an organization has placed a constraint on the amount of information accessible to that department, under the bigger context of an organization. Thus, the departments' rationality has been bounded and this could ultimately spiral into poor decision making, principally because of lack of detailed information.
Answer:
sign up for either program
Explanation:
By ensuring that the Staff participate in the training, it will enable the staff to minimize mistakes and improve overall efficiency. Efficiency is important to maintain operations.
Answer:
$11881.4
Explanation:
Given :
Future value, FV = $15,000
Interest rate, r = 6%
Period, n = 4 years
Using the Present Value formula :
PV = FV(1 ÷ (1 + r)^n)
15000(1 ÷ (1 + r)^n)
15000(1 ÷ (1 + 0.06)^4)
15000(1 ÷ 1.06^4)
15000(1 ÷ 1.26247696)
15000(0.7920936)
= $11,881.4
Answer:
Option "D" is the correct answer for the following.
Increase the flow rate.
Explanation:
The quantity the ventilator provides differs with adjustments in airway pressure, lung performance and ventilation system integrity.
- Volume-cycled ventilators: Air passes to the patient until a fixed volume is supplied to the ventilator system, even if the airway pressure is very high.
- Inspiratory: Expiratory ratio applies to the inspiratory period scale: time of expiry. ... This offers a 1:2 I: E ratio, which reads "one to two."
- In asymmetric, this ratio is typically changed due to the increased expiration time. They could have a ratio of 1:3 or 1:4 to I: E.
