Answer:
$2
Explanation:
Given that
The fixed cost = $100
Cost on wool if 10 sweater are made in a month = $15
Cost on wool if 11 sweater are made in a month = $17
Since it involves no other cost
So, the marginal cost of the eleventh sweater is
= Cost on wool when 11 sweater made in one month - Cost on wool when 10 sweater made in one month
= $17 - $15
= $2
Answer:
Increased international trade, especially exports, increases production efficiency which allows a country to move beyond its production possibilities frontier.
Explanation:
In business terms, a production possibilities frontier is a curve that shows how much two products in an economy are able to produce when the two products are competing over the same limited resources. The curve can also be used to determine the quantity of a product that can be produced in an economy when the economy is working at its maximum efficiency. There are many factors that affect the production possibilities frontier, namely;
International trade:
Trade is the exchange of goods and services for commercial interests. International trade involves trade between countries. Most countries trade in the form of exports and imports. Exports are goods and services taken to foreign countries while imports are goods and services received from other countries. When there are greater exports than imports, it means that more of your goods and services are on demand by other countries thus makes your currency stronger. An increased demand for domestic goods and services increases production efficiency which allows a country to move beyond its production possibilities frontier.
Answer:
12.5%
Explanation:
A portfolio has $2,800 invested in stock A
$3,900 is invested in stock B
The expected return of stock A is 9%
= 9/100
= 0.09
The expected return of stock B is 15%
= 15/100
= 0.15
The first step is to calculate the total value
= $2,800+$3,900
= $6,700
Therefore, the expected return on the portfolio can be calculated as follows
= (2,800/6,700)×0.09 + (3,900/6,700)×0.15
= 0.4179×0.09 + 0.5820×0.15
= 0.03761 + 0.0873
= 0.1249×100
= 12.5%
Hence the expected return on the portfolio is 12.5%
The answer to this question is: <span>d. it decreases the likelihood that plots that receive a particular treatment share other characteristics that might influence seed production
It is almost impossible to find out exact nutrition composition that exist within a soil. (which will play a huge factor in seed productin). So, to make the data more reliable, it is important to randomly assign plots of land as either the control group or the group that receive special treatment and grow the seed separately.</span>
