Answer:
Systematic management
Explanation:
Systematic management is an approach of management which focus on the process of the management instead of the final outcome. The objectives of this approach to the management are:
To establish the particular procedures and processes to be used in the completion of the job task.
So, the systematic management is the one which focus on the internal operations as managers are concerned with the growth brought about through the Industrial Revolution.
Answer:
The answer is: False
Explanation:
Whenever a company wants to go international it has a lot work to do before creating an international division. Several things must be done before, mostly research, for example:
- Research if your product is know overseas, is there any possible market for it, are there any restraints for your products in those new markets.
- Any legal constraint or logistical problem you have to consider.
- Any local competition you have to worry about.
- Does your product fit in a new culture.
- And very many etceteras.
That should all be done before considering spending money on creating an international division.
Probably when the internet didn´t exist, communications were scarce, no Tv existed, people in one country didn´t know anything about other cultures, etc., a comp nay would have first created an international division to scout foreign markets but right now it doesn´t make sense.
Answer:
The optimal bundle is 6 pairs of dress shoes and 3 pairs of Crocs.
Explanation:
From the question,
Allowance (M) = $450; Price of dress shoes, Pd = $50; Price of crocs, Pc = $50
Note: MRS-price ratio, MUC- marginal utility from consuming casual Crocs ,MUD- marginal utility from consuming dress shoes
Optimal bundle is determined where MRS = Price ratio
MRS = MUC/MUD = 20DC/10C2 = 2D/C
Price ratio = Pd/Pc = 50/50 = 1
So, 2D/C = 1
Therefore, C = 2D
Budget constraint: M = Pd*D + Pc*C
So, 50D + 50*(2D) = 450
50D + 100D = 150D = 450
So, D = 450/150 = 3
C = 2D = 2*3 = 6
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
A lottery ticket states that you will receive $250 every year for the next ten years.
A) i=0.06 ordinary annuity
PV= FV/(1+i)^n
FV= {A*[(1+i)^n-1]}/i
A= annual payment
FV= {250*[(1.06^10)-1]}/0.06= $3,295.20
PV= 3,295.20/1.06^10=1,840.02
B) i=0.06 annuity due (beginning of the year)
FV= 3,295.20 + [(250*1.06^10)-1]= $3492.91
PV= 3492.91/1.06^10= $1,950.42
C) The interest gets compounded for one more period in an annuity due.
