Answer:
cost of equity = 12.16 %
Explanation:
given data
annual dividend of $3.73
increases dividend = 3.40 percent annually
stock price = $43.96 per share
to find out
What is the company's cost of equity
solution
we will use here Gordon model for compute company's cost of equity that is
market value = 
........................1
put here value we get
43.96 = 
solve it we get
cost of equity = 0.121735
cost of equity = 12.16 %
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:
30.77%
Explanation:
Assume investment = $1
Assume mount after 24 months = $5
Number of quarters in 24 months = 24/4 = 6
Future value = P*(1+r)^n; Where P is payment, r is interest rate per period, n is number of periods
5000 = 1*(1+i)^6
1*(1+i) = 5^(1/6)
1+i = 1.30766048601
i = 1.30766048601 - 1
i = 0.30766048601
i = 30.77%
So, the rate of return per quarter being offered is 30.77%
Answer:
correct option is A. True
Explanation:
given data
economy grows = 3 percent
total factor productivity grows = 2 percent
labor force grows = 2 percent
labor contributes = 40 percent
stock of capital rise = 0.33 percent
solution
we apply here Economy growth % formula that is
Economy growth % = total factor productivity + labor contributes × labor force grows + ( 1- labor contributes ) stock of capital .............1
put here value
3% = 2% + 40% (2%) + 60% C
3% = 2.8 + 0.6 × C
C = 
C = 33.33 %
so given statement is true
Answer:
The correct answer is C
Explanation:
Data model is the model which is represented the data in a formal way and that could be used as well as created through the business system. This model organize the data elements and also standardize how they link or allocate to one another and to the properties of the entities.
This model states the logical inter- relationship and the flow of data among different elements of the data comprised in the information world. And this model could be used for analysis in the logical data model and for design as a physical data model.
