Answer:
-5.14 for sam
-18.01% for dave
Explanation:
We first calculate for Sam
R = 7.3%
We have 2% increase
= 9.3%
We calculate for present value of coupon and present value at maturity using the formula for present value in the attachment
To get C
1000 x 0.073/2
= 36.5
time= 3 years x 2 times payment = 6
Ytm = rate = 9.3%/2 = 0.0465
Putting values into the formula
36.5[1-(1+0.0465)^-6/0.0465]
= 36.5(1-0.7613/0.0465)
36.5(0.2385/0.0465)
= 36.5 x 5.129
Present value of coupon = 187.20
We solve for maturity
M = 1000
T = 6 months
R = 0.0465
1000/(1+0.0465)⁶
= 1000/1.3135
Present value = 761.32
We add up the value of present value at maturity and that at coupon
761.32 + 187.20
= $948.52
Change in % = 948.52/1000 - 1
= -0.05148
= -5.14 for sam
We calculate for Dave
He has 20 years and payment is two times yearly
= 20x2 = 40
36.5 [1-(1+0.0465)^-40/0.0465]
Present value = 36.5 x 18.014
= 657.511
At maturity,
Present value = 1000/(1+0.0465)⁴⁰
= 1000/6.1598
= 162.34
We add up these present values
= 657.511+162.34 = $819.851
Change = 819.851/1000 -1
= -0.1801
= -18.01%
Answer:
Education Administrators
Explanation:
Education Administrators: It is a position created by education institution for smooth functioning of institution. Education Administrator manage day to day activity, resources, etc of education institution.. This is an important role to check the functioning of institution as they support teaching staff in learning program strategy and improvement of facility for future development and growth of institution. They are the one, who also influence and motivate other employee to work toward goal of institution.
In the given case, Jane recently accepted a position as an Associate Professor of Management at Central State University, where she need approval from school adminstrator for all every administrative decision she makes. Therefore, the university has Education Administrators.
Answer:
The portfolio standard deviation is 14.82%
Explanation:
The portfolio standard deviation would be calculated by finding out the variance of the portfolio and taking the square root of it.
Variance of the portfolio = [(1 - .50)
x 0.25] + [0.50 x 0.16] + [2 x (1 - 0.50) x 0.50 x 0.25 x 0.16 x 0]
= [0.25 x 0.0625] + [0.25 x 0.0256] + [0]
= 0.015625 + 0.0064
VarPort = 0.022025
Std DevPort = √0.022025
Std DevPort = 0.1482 = 14.82 percent
Answer:
The answer to the following question is $4000.
Explanation:
Dowdy which is a C corporation, has a total of $14,000 in capital gain, in which $8000 comes from sale of tract land and rest of $6000 comes from sale of stock. And the company also has a capital loss of $18,000. So here the company is having a long term capital loss of $4000 ( $18,000 - $14,000 ), and this C corporation can deduct this long term capital loss from their taxable income ( the year in which loss was incurred ) . If in a situation, loss is not deducted from this year , then it can be carried 3 years or 2 years or even 1 years back and if there is capital gain , it can be deducted from it.
Answer:
The correct answer is regarding the model, is that an individual firms prices are flexible but the level of the price is fixed.
Explanation:
The aggregate expenditure model is the model in which the sum or total of all the expenditures are undertaken in the economy with the factors during the particular time period.
The equation is:
AE = C (Consumption) + I (Investment) + G (Government) + NX (Net Exports)
In this model, it is assumed that the prices of the individual firm are flexible whereas the price level is fixed.
