Answer:
Commercial paper
Explanation:
Commercial paper is a term in business or economics that describes money-market security issued by corporation, which is considered unsecured, so as to obtain funds to meet short-term debt or obligation, such as financing of payroll, and inventories.
It is supported only by issuing bank or company promise to pay the face amount on the maturity date often 270 days or less, as specified on the note.
Hence, COMMERCIAL PAPER is a type of short-term financing that consists of unsecured promissory notes that mature in 270 days or less.
Answer:
183.00%
449.15%
Explanation:
The computation of annual percentage rate and the effective annual rate shown below:
Annual percentage rate is
= Interest rate per month × Total Number of months in a year
= 15.25% × 12 months
= 183.00%
The effective annual rate is
= (1 + nominal interest rate ÷ periods)^ number of period - 1
= (1 + 15.25% ÷ 12)^12 - 1
= 449.15%
In economics, a factor of production, resource, or input is what is used in a production process to produce products, i.e. goods or services.
The amounts of various inputs used determine the amount of output according to a relationship known as the production function. The relationship between the inputs a firm uses and the maximum output it can produce with those inputs is called the firm's production function. Factors of production are outputs or inputs used to produce goods and services. They are the resources a business needs to make a profit by producing goods and services. Factors of production fall into four categories: Land, Labor, Capital, Entrepreneurship.
Learn more about production here-
brainly.com/question/27028012
#SPJ4
Answer:
$50.74 million
Explanation:
Interest rate per annum = 8%
Number of years = 17
Number of compounding per annum = 1
Interest rate per period (r) = 8%/1 = 8%
Number of period (n) =17 * 1 = 17
Growth rate (g) = 5%
First payment (P) = 4 ($'million)
PV of the new Chip = p/(r-g) * [1 - [(1+g)/(1+r)]^n]
PV of the new Chip = 4/(8%-5%) * [1 - [(1+5%)/(1+8%)]^17]
PV of the new Chip = 4/0.03 * [1 - [1.05/1.08]^17]
PV of the new Chip = 4/0.03 * [1 - 0.972222^17]
PV of the new Chip = 133.333 * (1 - 0.6194589804)
PV of the new Chip = 133.333 * 0.3805410196
PV of the new Chip = 50.7386757663268
PV of the new Chip = $50.74 million
