Answer:
b. management is the same as the ownership of the organization.
Explanation:
Weberian bureaucracy is the term used for the bureaucracy concept introduced by Max Weber, the famous sociologist and economists. He clearly stated that for any kind of administration the basic need is to maintain some standard characteristics:
Which included hierarchy as basics, therefore, it clearly distinguished the management and ownership and both are on different hierarchy.
Therefore, the correct option is:
b. management is the same as the ownership of the organization.
Answer:
$300
Explanation:
Data provided in the question
Assets reported = $500
Liabilities = $200
So, Stockholder equity is
= Total assets - total liabilities
= $500 - $200
= $300
By applying the accounting equation, that equal to
Total assets = Total liabilities + owners equity
We can find out the stockholder equity by deducting the total liabilities from the total assets
Answer: A. When the number of interested parties is large and bargaining costs are high.
Explanation:
The Coase Theorem is a legal and economical theory used to describe competitive markets. When the competitive markets are high, bargaining costs are high because each company is is fighting for use of the production and distribution channels. There are efficient input and output levels in a competitive market.
For the first blank, the answer would be is a well-defined
problem. A well-defined problems have exact goals, noticeably defined
solution tracks, and clear predictable solutions.
While for the second blank, the answer would be the
application of algorithms. In mathematics, it is a clear-cut description of how
to crack a group of problems. Algorithms can do calculation,
data processing and automatic reasoning jobs.
Answer: V=7.43m/s
d =2.82m
Explanation:
a) For the first part, the initial velocity immediately after ejection, by using momentum conservation
before ejection, the momentum of the squid/water system is zero
there are no external forces acting on the system at the moment of ejection, so we can find the speed of the squid by noting
momentum before ejection = momentum after ejection
0 = M1U + M2V
0=-0.26 kg x 20 m/s + 0.7kg x V
where the speed of the water is taken as the negative sign, and V is the speed of the squid right after ejection, solving for V we get
V=7.43m/s
B. we use the equation vf^²=v0^²+2ad
where vf=final velocity = 0 since velocity is zero at motion's apex
v0=initial velocity = 7.43m/s
a = acceleration = -9.8m/s/s
d=height (to be found)
Therefore,
0=7.43^²+2(-9.8)d
Mathematically, it becomes
d=7.43^²/2(9.8)= 2.82m
d = 2.82m
