I THINK ITS MIDDLE FINGERS AT THESE AHOLE MODERATORS
Answer:
Secondary data technique is not perfect for marketing research
Explanation:
The secondary method is useful, as it is difficult to perform or conduct a new survey. More, importantly using secondary data technique in marketing research is not an ideal method, because the data may be inaccurate or outdated. The pharmaceutical company was performing marketing research, and usually, the availability of new marketing data is challenging to get from secondary sources.
Answer:
<em>Suppose the economy is initially in equilibrium, when a decrease in</em><em> </em><u><em>Savings </em></u><em>decreases total leakages out of the economy. </em>
Savings are considered leakages in the economy because the represent money that is not spent but rather saved.
<em>Which of the following will occur as a result of this change?</em>
<em>GDP rises above planned spending.</em>
Savings reduces spending but as savings have reduced, there will be more spending which is unplanned and so this increase in unplanned spending will make GDP higher than planned spending.
Injections and leakages are equal to each other <u>when real GDP is equal to aggregate expenditure. </u>
Injections and leakages are equal when the output (GDP) and the Aggregate expenditure are the same.
Answer:
b. small percentage changes in the price will lead to much larger percentage changes in the quantity demanded.
Explanation:
Price elasticity of demand is a measure of how responsive is quantity demanded to change in price. Its formula is given by:
=
= % Change in Quantity Demanded / % Change in Price
So when absolute value
is greater than 1, a x percentage change in price will lead to larger than x percentage change in quantity demanded.
<u>Note</u>: Whether the percentage change in quantity demanded will be just a little or very much larger than percentage change in price will depend on how much
is larger than 1. But b is the still the best answer among the options.
Answer:
12%
Explanation:
The discount rate will be PV/FV -1
i.e., i = (Fv/pv )-1
i= (280/250) - 1
i = 1.12-1
i=12%