Answer:
player 2 is signing a better contract
Explanation:
the present value of an annuity (player 1) = annual payment x annuity factor
assuming that the interest rate is 10%
present value = $10 million x 6.1446 (PV annuity factor, 10%, 10 periods) = $61.446 million
player 2's contract
the present value of a growing annuity = [payment / (i - g)] x {1 - [(1 + g) / (1 + i)]ⁿ} = [$10 / (10% - 5%)] x {1 - [(1 + 5%) / (1 + 10%)]¹⁰} = $200 x 0.372 = $74.398 million
Answer:
If the first rule is observed, the database is said to be in "first normal form." If the first three rules are observed, the database is considered to be in "third normal form." Although other levels of normalization are possible, third normal form is considered the highest level.
Customers may be grouped by similar variables, such as age, gender, occupation, education, income levels, geographic location, industry, number of employees, number of years in business, products or services offered or other defined criteria.
Answer:
bilkul BHI answer nhi milega yha pr XD
Answer:
3.53 years
Explanation:
The computation of the payback period is shown below:
In year 0 = $8,300
In year 1 = $2,100
In year 2 = $3,000
In year 3 = $2,300
In year 4 = $1,700
If we sum the first 3 year cash inflows than it would be $7,400
Now we subtract the $7,400 from the $8,300 , so the amount is $900 as if we added the fourth year cash inflow so the total amount exceed to the initial investment. So, we deduct it
And, the next year cash inflow is $1,700
So, the payback period equal to
= 3 years + $900 ÷ $1,700
= 3.53 years
