Answer:
multiple hurdle
Explanation:
The term is described in the question is known as a multiple hurdle model. In this specific approach, the individual applying needs to pass each step in the selection process in order to continue to the next one. Failure at any of the steps results in an automatic disqualification of the applicant from further consideration. Each step needs to be passed by meeting the minimum score that has been pre-set before starting the step.
<h3>
Answer:</h3>
<h3>
Explanation:</h3>
The formula for calculating the Monthly payments P for the sinking fund is as follows:
where,
P = Monthly payments to be made
A = Total amount to be accumulated
i = Interest rate for given time period
n = Number of time period
Assuming interest is applied at the beginning of each period.
We are given two scenarios.
<h3><u>
Scenario (i) - Deposit is made during the year:</u></h3>
In this scenario, as some of the year is already passed (assume 6 months), to complete the time period of 3.5 years the interest will compound 3 times (as the 0.5 year payments can be adjusted in the remaining part of the first year and no interest is applied on it). Hence, the interest will be applied 3 times.
<h3><u>
Scenario (ii) - Deposit is made at the beginning of the year:</u></h3>
For this case, the interest will be applied 4 times to complete the time period of 3.5 years for payment.
Answer:
Do this by producing detailed images using a series with polarized glasses, that first focuses a laser light on or via an object, then conveys the image of the object to expand the created image.
Explanation:
Developing economies are those countries that transition from economies and invest in capacity-building. Developing economies mean rapid industrialization and foster care of market economics and the personality traits of social democracy.
The man characteristics of an emerging market are-
-
Low incomes
- Rapid growth
- Volatile markets
- Maturing/developing markets
- Higher than the average return on investments
Answer:
Q = 10 - 0.1p
Explanation:
Given that,
Demand equation for good 'x':
Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y
Where,
p = own price of the good
Q = quantity demanded
p_y = price of a related good = $3
p_z = price of a different related good = $200
Y = consumer income = $4,000/month
Therefore, the quantity demanded as a function of the price can be written as follows;
Q = 9 - 0.1p - p_y + 0.01p_z + 0.0005Y
Q = 9 - 0.1p - 3 + 0.01(200) + 0.0005(4,000)
Q = 6 - 0.1p + 2 + 2
Q = 10 - 0.1p
