Answer:
False
Explanation:
Max Weber's theory on bureaucracy was in favor of efficiency and rationality in the way of operations either of a governing system or a business organisation.
Bureaucracy is the structure of administration governing any particular large organisation either a public/government organisation (ministry) or a private organisation (companies and firms). Bureaucracy as far as a company is concerned is the hierarchy structure that oversees the affairs of the business.
Hence, Max Weber speaks in favour of the fact that bureaucracy brings efficiency and rationality in how organisational activities are conducted and that the introduction of hierarchical structures reinforces this rationality as well as the maximization of efficiency as well as order in an organisation.
Answer:
9 containers
Explanation:
Data given
Container holds (capacity) = 200 units
Demand rate per minute = 10 units
The computation of number of containers needed is shown below:-
Time to fill container = Setup time + Processing time
= 60 + 120
= 180 minutes
Number of containers (n) = (Demand × Time to fill container) ÷ Capacity of the container
= (10 × 180) ÷ 200
= 1,800 ÷ 200
= 9 containers
Therefore for computing the number of containers we simply applied the above formula.
Answer: Joy, who likes to work hard until a task is completely finished.
Explanation:
From the question, we are informed that Arney has been retained by Fluffy Soft Programmers to hire a new worker because he is an expert at personality types and their effect on job performance.
Out of the options that are given in the question, Arney should hire Joy, who likes to work hard until a task is completely finished. Other options are not good options in this case and wouldn't bring positivity to the organization.
Answer:
it is the study of the systematic way of keeping records.
Answer:
Instructions are listed below
Explanation:
Giving the following information:
Suppose you just bought an annuity with 9 annual payments of $15,400 at the current interest rate of 11 percent per year.
First, we need to determine the final value with the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Then, we can calculate the present value with the following formula:
PV= FV/(1+i)^n
A)i=11%
FV= {15400*[(1.11^9)-1]}/0.11
FV= $218,125.17
PV= 218,125.17/(1.11^9)= $85,270.53
B) i= 6%
FV= {15400*[(1.06^9)-1]}/0.06
FV= $176,966.27
PV= 176,966.27/(1.06^9)= $104,746.06
C) i= 16%
FV= $269,785.02
PV= $70,940.77
