On average, managers spend the least amount of time doing the managerial activity is networking.
What is networking?
Networking is the technique of making connections with respect of the business environment. Managers very often get involved in developing relationships and making their own networks. They are accountable for monitoring and completing the given task in an effective way. So, they basically focus on many managerial activities like decision-making, planning things, communicating the required information, managing employees, etc.
Which managerial function is the most important?
The most important function of management is Planning. Planning means setting objectives in order to achieve , a goal in a limited time period .Several alternatives are formulated in order to achieve the goals.
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Answer:
b. primary groups
Explanation:
Based on the information provided within the question it can be said that the type of group that would mostly suffer from this would be primary groups. These are small social groups where the individuals of these groups are usually very close, personal, and share long-lasting relationships. Therefore these groupd would suffer greatly from having to move for work frequently.
It can be inferred that Alexandria may exhibit the above traits because of her philosophy of always helping local businesses. This may come from the understanding that local businesses support and create more employment.
<h3>Why is employment important?</h3>
Employment is critical because it ensures that aggregate demand is constantly growing.
Without aggregate demand, there won't be supply and the economy collapses.
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Answer: The answer is a
Explanation:
Using the formula
Expected Rate of Return = ∑(i =1 to n) Ri Pi
Where Ri = Return in scenario 1
Pi = Probability for the return in scenario 1
i = Number of scenario
n = Total number of probability and Return
P1=30
R1 = 18
P2 = 50
R2 =12
P3 = 20
R3 =-5
Expected Gain =(30 ×18) + (50 × 12) + ( 20 × -5)
= 540 + 600 + - 100
= 1,040
= 1,040 ÷ 100
= 10.4%
Answer:
He must deposit $10,168.07 per year to reach the future value of $1,000,000.
Explanation:
Giving the following information:
Final value= 1,000,000
n= 25
Interest rate= 10%
We need to calculate the annual deposit necessary to reach the goal of $1,000,000.
To calculate the annual deposit, we need to use the following variation of the future value formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,000,000*0.1) / [(1.10^25) - 1]
A= $10,168.07
He must deposit $10,168.07 per year to reach the future value of $1,000,000.
