The technology that was found in applications such as asset
tracking, smart keys and toll collection is the Electronic Collection System.
This system is very effective especially in the toll collection because it
makes the payment and collection of toll fees easy. The payment is
automatically debited to the account of the owner.
Answer:
Option B, positively skewed, is the right answer.
Explanation:
A positive-skewed distribution generally has a long right or positive tail. The positive-skew distributions are also known as the Right-skewed distribution. The main reason behind calling this a positive-skew is that this skew has a long tail in the positive direction on the number line.
In the given question, positively-skewed implies to one-year return risk-neutral distribution, as the delta put raises, the volatility decreases but not in the same proportion. In such a condition, the median will be less than the mean. Therefore, it will be Right-Skewed or Positively Skewed Distribution.
Answer:
Country of origin effects.
Explanation:
Country of origin effect can be defined as the effects the country manufacturing or producing a particular product has on how a potential customer tends to view the product.
A country image can greatly influence the perception of the customer towards the product, or could be a negative perception or a positive perception.
Some customers may tend to favor goods that are produced from their own country. For example most individuals favor clothes and shoes that are produced in Italy than the ones produces in Spain.
Answer:
23.11 days
Explanation:
The computation of the cash conversion cycle is shown below:
The cash cycle = Days inventory outstanding + days sale outstanding - days payable outstanding
where,
Day inventory outstanding = (Beginning inventory + ending inventory) ÷ cost of goods sold × number of days in a year
= ($3,500 ÷ $30,000) × 365 days
= 42.58 days
Day sale outstanding = (Beginning Accounts receivable + ending Accounts receivable) ÷ Annual sales × number of days in a year
= ($1,800 ÷ $45,000) × 365 days
= 14.6 days
Day payable outstanding = (Beginning Accounts payable + ending Accounts payable) ÷ cost of goods sold × number of days in a year
= ($2,800 ÷ $30,000) × 365 days
= 34.07 days
Now put these days to the above formula
So, the days would equal to
= 42.58 days + 14.6 days - 34.07 days
= 23.11 days
The future value for annuity is $3030.
<h3>What is future value of an annuity?</h3>
The worth of a series of recurrent payments at a specific future date, assuming a specific rate of return, and discount rate, is the future value of the annuity. The future value of the annuity increases with the discount rate.
Some key features of future value of annuity are-
- A approach to determine how much money a stream of payments will be worth at some future date is to determine future value of an annuity.
- A present value of an annuity, on the other hand, calculates how much cash will be needed to provide a series of future payments.
- Payments are made in a typical annuity at the conclusion of each predetermined time frame.
- Payments are made at the start of each period in an annuity payable.
The formula for future value of annuity are-
F.V = P×
F.V = future value of annuity
P = Initial deposit; $1,000
r = rate of interest; 10%
Substitute the given values in the formula;
F.V = 1,000×
= 1,000×3.03
F.V = 3030
Therefore, the future value of the annuity of the deposited amount of $1,000 is $3030.
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