Answer:
$1,247.12
Explanation:
For computing the asked price we need to apply the present value formula i.e to be shown in the attachment below
Given that,
Future value = $1,000
Rate of interest = 4.151% ÷ 2 = 2.076%
NPER = 17 years × 2 = 34 years
The 20 years come from May 2019 to May 2036
PMT = $1,000 × 6.193% ÷ 2 = $30.965
The formula is shown below:
= -PV(Rate;NPER;PMT;FV;type)
So, after applying the above formula, the present value or the ask price is $1,247.12
Answer:
Explanation:
40% probability that bond will be priced at $950
60% probability that bond will be priced at $1050
Expected value of the bond in one year:
(Probability*Price of bond) + (Probability * Callable price bond)= (0.4*$950)+(0.60*$1010)=$986
So, expected value is $986
Answer:
The answer is $862.35
Explanation:
Explanation:
This is a semiannual paying coupon, meaning interest are paid twice in year.
N(Number of periods) = 30periods ( 15 years x 2)
I/Y(Yield to maturity) = 6 percent
PV(present value or market price) = ?
PMT( coupon payment) = $50
FV( Future value or par value) = $1,000.
We are using a Financial calculator for this.
N= 30; I/Y = 6; PMT = 50; FV= $1,000; CPT PV= -862.35
Therefore, the market price of the bond is $862.35.
Answer:
All of the above are considered important in strengthening partner relationships
Explanation:
Partner relationship exists when two or more people come together to undertake a business venture. Profits and losses are between all partners.
Maintaining a good partner relationship ensures that the business performs and meets its goals.
A strategic path for objectives of the partners means the business does not only plan but executes its plans.
Shared vision and objectives ensures the partners work in harmony to achieve set targets.
The obejecives should be measureable, this sets realistic milestones.
Also shared vision and objectives should be formally agreed to by all parties.
Answer:
The algebraic formulation of the constraint is 4X+2Y ≤ 100
Explanation:
The algebraic formulation of the constraint is shown below:
Given that
The number of hours taken per unit of x is 4 hours
And the number of hours taken per unit of x is 2 hours
And, the maximum hours available is 100
Now based on the above information
The algebraic formulation of the constraint is
= 4X+2Y ≤ 100
hence, the same is to be considered
