QUESTION IMAGE
Question
questions 9-11 refer to the following information.
automobiles sold at max car dealer, april-august
number of automobiles sold
\
mean price of automobiles sold
graph showing mean price of automobiles sold from april to august: april is \\$19,500, may is \\$20,000, june is \\$21,400, july is \\$20,400, august is \\$20,800
9
which of the following is closest to the mean of the prices of the 670 automobiles sold in april and may?
a) \\$19,600
b) \\$19,700
c) \\$19,800
d) \\$19,900
10
what is the percent increase of the mean price of automobiles sold from may to june?
a) 7\\%
b) 7.5\\%
c) 8\\%
d) 8.5\\%
11
max car dealer collected a tax equal to 8 percent of the price of each automobile sold in august. approximately how much did max car dealer collect in taxes from all automobiles sold in august?
a) \\$42,000
b) \\$44,000
c) \\$420,000
d) \\$440,000
Read data from the table and graph
We extract the sales volume and mean prices for the relevant months:
- April: Sales \(N_A = 275\), Mean Price \(P_A = \$19,500\)
- May: Sales \(N_M = 395\), Mean Price \(P_M = \$20,000\)
- June: Sales \(N_{Jn} = 405\), Mean Price \(P_{Jn} = \$21,500\)
- August: Sales \(N_{Au} = 262\), Mean Price \(P_{Au} = \$21,000\)
Calculate weighted mean for April and May
Using the Weighted Mean concept:
This is closest to \(\$19,800\) (Option C).
Calculate percent increase from May to June
Using the Percentage Word Problems knowledge point:
This matches Option B.
Calculate total tax collected in August
Using the Percentage Word Problems knowledge point:
- Total sales revenue in August:
- Tax collected (8 percent):
This is approximately \(\$440,000\) (Option D).
Snap & solve any problem in the app
Get step-by-step solutions on Sovi AI
Photo-based solutions with guided steps
Explore more problems and detailed explanations
Question 9
- (A) $19,600
- (B) $19,700
- (C) $19,800 (Correct answer)
- (D) $19,900
Question 10
- (A) 7%
- (B) 7.5% (Correct answer)
- (C) 8%
- (D) 8.5%
Question 11
- (A) $42,000
- (B) $44,000
- (C) $420,000
- (D) $440,000 (Correct answer)