Answer:
The correct answer is: shortage; elastic; same number of.
Explanation:
Suppose the price ceiling is fixed at $50. The market equilibrium price is more than $50. This means that the price ceiling is binding.
Fixing the price ceiling below the equilibrium price level will create a shortage of tickets. There is an inverse relationship between price and quantity demanded. So the quantity demanded will be higher at a lower price. The quantity supplied on the other hand will be lower. This is because the quantity supplied is positively related to the price.
So at the ceiling price the quantity demanded will be higher than the quantity supplied. This shortage will be more if the demand is elastic. An elastic demand implies that a decrease in price will cause the quantity demanded to increase to a greater extent.
Answer:
9.09%
Explanation:
The required return of ZYX, Inc shall be determined using the following mentioned formula:
r=[d(1+g)/MV]+g
In the given question
r=required rate of return of ZYX, Inc=?
d(1+g)=next dividend payment to be made by the ZYX, Inc=$2.95
MV=current selling price of share=$58
g=growth rate of dividend=4%
r=required rate of return=[$2.95/$58]+4%
r=required rate of return=9.09%
An alternative plot for Amila to use is to use a graph to depict the data.
<h3>How to illustrate the information?</h3>
From the information, she is worried that it is difficult to compare the distributions of two stocks that are not next to each other on the plot.
Therefore, a graph can be used to better illustrate the information.
Learn more about graph on:
brainly.com/question/19040584
#SPJ1
Answer and Explanation:
The computation of the total budgeted selling and administrative expenses is shown below;
Utilities expense $2,800
Administrative salaries $100,000
Sales commissions 5 % of sales i.e. 5% of $860,000 $43,000
Advertising $20,000
Depreciation on store equipment $50,000
Rent on administration building $60,000
Miscellaneous administrative expenses $10,000
total budgeted selling and administrative expenses $285,800
