Answer:
23.3%
Explanation:
Expected return refers to the anticipated profit or loss of financial investment. Essentially, it's the value of the return that investors anticipate. We can find the expected return by using the formula given below
Δ
IR = 5-5% - 2% = 3.5%
Δ
IP = 6% - 4% = 2%
Formula
Expected return = Expectedreturn(previous year) + (betaIP x Δ
IP) + (betaIR x Δ
IR)
Expected return = 12% + (2.5 x 2%) + (1.8 x 3.5%)
Expected return = 23.3%
Answer:
2030
Explanation:
The computation of the total number of new generators including this year is shown below
Given that
(A) = 100
Common Ratio (r) = 1.15
n = 10
Now
Sum of 10 terms Sn is
= A × (r n - 1) ÷ (r - 1)
= 100 × (1.1510 - 1) ÷ (1.15 - 1)
= 100 × 3.0456 ÷ 0.15
= 2030
We simply applied the above formula so that the total number of new generators could come
Answer:
The duties under the teaching contract cannot be delegated
Explanation:
The person wit whom the school has a binding agreement was Teresa and contract of services cannot be delegated unilaterally by Teresa to her friend Shirley without consulting the school authority.
The appropriate procedure would be for Teresa to discuss with the school her plans to let Teresa to cover up for her absence,however, if the school accepts the new arrangement , Teresa would need to be relieved of her duties as this would be a permanent substitution.
Answer:
Soooooooooooooo the examples of secondary consumers include bluegill, small fish, crayfish and frogs.
Explanation:
From the problem statement it is clear that here we need to find out simple interest rate.
One do not get interest on any investment made at the end of tenure.
Putting this mathematically:
Let amount at the end of 5th year as A
Simple Interest for 5 years, SI = 750 *5
SI = 3750
Hence A = 10000 +3750
A= 13750
Let rate of return = R
Tenure t = 5
But,
A = P(1 + R*t/100)
13750 = 10000( 1+ R*5/100)
13750 = 10000 + 50000R/100
3750 = 500R
R = 3750/500
R = 7.5 %
Hence rate of return is 7.5% per annum (answer)
