Answer:
The statement is: True.
Explanation:
Externalities are described as the effect of the actions of one party that influence directly in other individuals even if those other individuals have nothing to do in the operations of the first party. Externalities can be positive when they benefit the uninvolved individuals or negative when the externality affects them.
There are several types of externalities such as <em>technological, pecuniary, symmetric, asymmetric, transferable, depletable, non-depletable </em>and <em>transnational. </em>
Asymmetric externalities are those where the party causing the externality is not affected by its actions. It opposes symetric externalities which are those where the economic agent is directly affected by its own actions.
Answer:
The search engine works through three primary functions,
Crawling, Indexing and Ranking
Explanation:
Crawling is the process in which the server works as a spiders and finds out information relevant for the user. Indexing is the way to store the web page. Ranking is the priority through which websites are displayed. The most matched text with the URLs are displayed first. The content in the website is matched with the relevance and then displayed to the user.
Answer:
A. The demand curve shifts to the left
Explanation:
Bread and butter are compliment goods. They offer the consumer a high utility when consumed together. An increase in demand for bread will increase the demand for butter. Changes in the price of bread will affect the demand for butter.
An increase in the price of bread leads to a decrease in demand. Reduction in bread demand means that butter consumption will decline as there will be less bread to apply butter. A decrease in demand will prompt the demand curve to shift inwards.
Answer:
The equilibrium expected rate of return is higher for Kaskin than for Quinn.
Explanation:
Option A “The equilibrium expected rate of return is higher for Kaskin than for Quinn” is more accurate because the expected return is calculated by multiplying the risk premium with beta value and then adding with risk-free return. However, if the beta value is high, then the magnitude after multiplying with the risk premium will be high. Moreover, is magnitude will be added to risk-free return to find the expected return. Thus, it can be seen that Kaskin has high beta 1.2 as compared to Quinn’s beta value 0.6. So, the Kaskin has a higher expected return.
Given the table showing <span>next year's expected costs
and activities below:
![\begin{tabular} {|C||C|C|} & Mixing & Baking\\[1ex] Direct labor hours&411,000 DLH&91,000 DLH\\ Maching hours&811,000 MH&811,000 MH\\[1ex] Overhead costs&\$534,300&\$411,000 \end{tabular}](https://tex.z-dn.net/?f=%5Cbegin%7Btabular%7D%0A%7B%7CC%7C%7CC%7CC%7C%7D%0A%20%26%20Mixing%20%26%20Baking%5C%5C%5B1ex%5D%0ADirect%20labor%20hours%26411%2C000%20DLH%2691%2C000%20DLH%5C%5C%0AMaching%20hours%26811%2C000%20MH%26811%2C000%20MH%5C%5C%5B1ex%5D%0AOverhead%20costs%26%5C%24534%2C300%26%5C%24411%2C000%0A%5Cend%7Btabular%7D)
Pard A:
</span><span>Aztec's departmental
overhead rate for the mixing department based on direct labor
hours is given by the mixing department's overhead cost divided by the mixing department's direct labor hours.
Thus, </span><span>departmental
overhead rate for the mixing department based on direct labor
hours is given by:

Part B:
</span>Aztec's departmental
overhead rate for the baking department based on direct labor
hours <span>is given by the baking department's overhead cost divided by the baking department's direct labor hours.
</span><span>Thus, <span>departmental
overhead rate for the baking department based on direct labor
hours is given by:

Part 3:
</span></span>Aztec's departmental
overhead rate for the baking department based on machine
hours <span>is given by the baking department's overhead cost divided by the baking department's machine hours.
</span><span>Thus, <span>departmental
overhead rate for the baking department based on machine
hours is given by:

</span></span>