Situational
Leadership as a theory was developed by Dr. Paul Hersey in the late 1960s which
aims to give further understanding between the leaders and its members. The
fore cores of the theory are to ‘Diagnose’ (knowing the situation), ‘Adapt’
(Change the behaviors of the members in the level of the situation), ‘Communicate’
(letting the members understand the situation) and ‘Advance’ (further the
developments). This is of course very helpful as its gives the leaders
(managers) the opportunity to adjust themselves according to the situation.
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The answer is : A. Home loan
Home loan only have about 4 -5 % interest rate. Compared to other options :
- Credit Card Loan : about 15 % of interest rate
- Paycheck Loan : also about 15 % of interest rate
- Unsecured Loan : usually above 20 % interest rates
Answer:
The answer will be A
Explanation:
As the social security contributions and benefits remain the same in proportion, personal and national income will remain the same.
As disposable income is defined as personal income-personal taxes, and the personal income taxes fall by 500 million (included in the contibutions), this would mean that the disposable income increases.
Answer:
private saving = $2700
Explanation:
given data
GDP = $10,000
Consumption = $6,000
Government spending = $1,500
deficit = $200
solution
we know here equation of GDP that is express as
GDP = Consumption + investment + Government spending ...................1
we consider here tax revenue that is = T
T - Government spending = - deficit
T = Government spending - deficit
T = $1500 - $200
T = $1300
so we can say from equation 1
( GDP - Consumption - T ) + ( T - Government spending ) = investment
and investment = private saving + public saving
so private saving will be
private saving = GDP - Consumption - tax revenue ................2
private saving = $10000 - $6000 - $1300
private saving = $2700
A random variable x is a numerical outcome of a probability experiment. There is a numerical value which is determined by chance for each outcome in the procedure or experiment. Therefore, a random variable is used for describing outcomes using numerical values.
x = time in minutes
