A concert hall has 9,000 seats and two categories of ticket prices, $35 and $55. Assume that all seats in each category can be sold. Concert 2 1 9,000 9,000 $491,000 $316,000 Tickets sold Return required a. How many tickets of each category should be sold to bring in each of the returns indicated in the table? $35 Tickets $55 Tickets Concert 1 Concert 2 3 9,000 $357,000 Concert 3 b. Is it possible to bring in a return of $225,000 when all the seats are sold? O A. No, $225,000 is less than the smallest possible return. B. No, $225,000 is greater than the highest possible return. OC. Yes, $225,000 is within the range of possible returns. D. None of the above. Is it possible to bring in a return of $549,000 when all the seats are sold? OA. Yes, $549,000 is within the range of possible returns. B. No, $549,000 is less than the smallest possible return. OC. No, $549,000 is greater than the highest possible return.
A concert hall has 9,000 seats and two categories of ticket prices, $35 and $55. Assume that all seats in each category can be sold. Concert 2 1 9,000 9,000 $491,000 $316,000 Tickets sold Return required a. How many tickets of each category should be sold to bring in each of the returns indicated in the table? $35 Tickets $55 Tickets Concert 1 Concert 2 3 9,000 $357,000 Concert 3 b. Is it possible to bring in a return of $225,000 when all the seats are sold? O A. No, $225,000 is less than the smallest possible return. B. No, $225,000 is greater than the highest possible return. OC. Yes, $225,000 is within the range of possible returns. D. None of the above. Is it possible to bring in a return of $549,000 when all the seats are sold? OA. Yes, $549,000 is within the range of possible returns. B. No, $549,000 is less than the smallest possible return. OC. No, $549,000 is greater than the highest possible return.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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