Answer and Explanation:
Efficiency and equality:
We have given the information that there are two areas one has many small school and another has few large schools. The area which has many small schools faces a large competition as there are large numbers of school in that area. In order to maintain equality and efficiency the voucher system should announced in the area which has few large schools. Introducing the voucher system in this few large school region help to maintain equality as there is less competition. Whereas the introduction of the voucher system in an area which has many large schools increases the inequality as there is high competition and this inequality also stimulated by the migration factor. So, these are the effects of voucher system in different areas.
Answer:
$259.34
Explanation:
the value of the stock can be determined using the two stage dividend discount model.
In the first stage, the present value would be determined using a discount rate of 18%.
In the second stage, the present value would be determined using a discount rate of 6%.
Values from the first and second stage would be added together to determine the value of the stock
First stage
Present value in year 1 = ($3.2 x 1.18) / 1.087 = $3.47
Present value in year 2 = ($3.2 x 1.18²) / 1.087² = $3.77
Present value in year 3 = ($3.2 x 1.18³) / 1.087³ = $4.09
Present value in year 4 = ($3.2 x 1.18^4) / 1.087^4 = $4.44
Second stage
($3.2 x 1.18^4 x 1.06) / (0.087 - 0.06) = 243.57
Value of the stock = $3.47 + $3.77 + $4.09 + $4.44 + 243.57 = $259.34
Answer:
Peer assessment or peer review provides a structured learning process for students to critique and provide feedback to each other on their work. It helps students develop lifelong skills in assessing and providing feedback to others, and also equips them with skills to self-assess and improve their own work.
Answer:
Technological substitution.
Explanation:
Technological substitution is basically the substitute to another option product of technology.
Answer:
5.13%
Explanation:
Given:
Worth of investment today (PV) = $1,000
Investment worth after 6 years (FV) = $1,350
Time period of investment (nper) = 6 Years
It is required to compute annual return (RATE). This can be computed using spreadsheet function =RATE(nper,-PV,FV).
Substituting the values, we get =RATE(6,-1000,1350)
= 5.13%
Present value is negative as it is a cash outflow.
Therefore, annual return is computes as 5.13%.