Answer:
Is it The email subject line helps recipients decide which messages to read and when to read them
Explanation:
It makes the most sense
Answer: Option (C) is correct.
Explanation:
Correct option: The price level and nominal wages.
According to the classical dichotomy, nominal variables moves proportionately with the quantity of money whereas real variables remains unchanged.
A classical model that is based on the flexibility of prices and wages, conclude that any changes in money supply only affects the nominal variables whereas real variables remains constant. This theory results in the independence of the real variables from any changes in the money supply and nominal variables.
The answer is division of labor. It is the segregation of
tasks in any system so
that applicants may specialize. Individuals, nations, and organizations are gifted
with or obtain particular competencies and either form mixtures or skill to
take advantage of the capabilities of others in adding to their own.
Answer:
These two are very good ideas to reduce poverty in poor countries:
2) reduce or eliminate subsidies to U.S. producers when poor countries have a comparative advantage producing those goods U.S. subsidizes.
3) Work to improve agriculture in poor countries.
Explanation:
Numeral 2 is a good idea because it would help poor countries produce those goods they have a comparative advantage in, and export some of the production to other countries, including the U.S., bringing much needed income to the population.
Numeral 3 is also a very good idea to implement, because poor countries usually have inefficient agriculture, in some cases, so inefficient that a part of the population has poor nutritrion. Improving agriculture in poor countries helps feed the population, and also export the excess produce abroad.
Answer:
variable overhead efficiency variance= $22,780 unfavorable
Explanation:
Giving the following information:
Standard hours per unit of output 7.0 hours
Standard variable overhead rate $ 13.40 per hour
Actual hours 2,725 hours
The actual output of 150 units
To calculate the variable overhead efficiency variance, we need to use the following formula:
variable overhead efficiency variance= (Standard Quantity - Actual Quantity)*Standard rate
Standard quantity= 150*7= 1,050 hours
variable overhead efficiency variance= (1,050 - 2,750)*13.4
variable overhead efficiency variance= $22,780 unfavorable
