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A concert hall has 8,000 seats and two categories of ticket prices, $28 and $33. Assume that all seats in each category can be Concert 1 2 8,000 8,000 $227,000 $249,000 $254,000 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? $28 Tickets $33 Tickets Concert 1 Concert 2 3 8,000 Concert 3 ☐ k b. Is it possible to bring in a return of $146,000 when all the seats are sold? OA. No, $146,000 is greater than the highest possible return. OB. Yes, $146,000 is within the range of possible returns. OC. No, $146,000 is less than the smallest possible return. OD. None of the above. Is it possible to bring in a return of $329,000 when all the seats are sold? OA. No, $329,000 is less than the smallest possible return. OB. Yes, $329,000 is within the range of possible returns. OC. No, $329,000 is greater than the highest possible return. COD. None of the above. c. Describe all the possible returns. Choose the correct answer below. OA. The return can be any multiple of $5. OB. The return can range from $224,000 to $264,000 in steps of $5. OC. The return can range from $224,000 to $264,000 in steps of $61. OD. None of the above

A concert hall has 8,000 seats and two categories of ticket prices, $28 and $33. Assume that all seats in each category can be Concert 1 2 8,000 8,000 $227,000 $249,000 $254,000 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? $28 Tickets $33 Tickets Concert 1 Concert 2 3 8,000 Concert 3 ☐ k b. Is it possible to bring in a return of $146,000 when all the seats are sold? OA. No, $146,000 is greater than the highest possible return. OB. Yes, $146,000 is within the range of possible returns. OC. No, $146,000 is less than the smallest possible return. OD. None of the above. Is it possible to bring in a return of $329,000 when all the seats are sold? OA. No, $329,000 is less than the smallest possible return. OB. Yes, $329,000 is within the range of possible returns. OC. No, $329,000 is greater than the highest possible return. COD. None of the above. c. Describe all the possible returns. Choose the correct answer below. OA. The return can be any multiple of $5. OB. The return can range from $224,000 to $264,000 in steps of $5. OC. The return can range from $224,000 to $264,000 in steps of $61. OD. None of the above

Advanced Engineering Mathematics
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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A concert hall has 8,000 seats and two categories of ticket prices, $28 and $33. Assume that all seats in each category can be sold. Concert 2 1 8,000 8,000 $227,000 $249,000 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? $28 Tickets $33 Tickets N Concert 1 Concert 2 3 8,000 $254.000 Concert 3 10 ☐ b. Is it possible to bring in a return of $146,000 when all the seats are sold? OA. No, $146,000 is greater than the highest possible return. OB. Yes, $146,000 is within the range of possible returns. OC. No, $146,000 is less than the smallest possible return. OD. None of the above. Is it possible to bring in a return of $329,000 when all the seats are sold? OA. No, $329,000 is less than the smallest possible return. OB. Yes, $329,000 is within the range of possible returns. OC. No, $329,000 is greater than the highest possible return. OD. None of the above. c. Describe all the possible returns. Choose the correct answer below. OA. The return can be any multiple of $5 B. The return can range from $224,000 to $264,000 in steps of $5. OC. The return can range from $224,000 to $264,000 in steps of $61. OD. None of the above. C
Transcribed Image Text:A concert hall has 8,000 seats and two categories of ticket prices, $28 and $33. Assume that all seats in each category can be sold. Concert 2 1 8,000 8,000 $227,000 $249,000 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? $28 Tickets $33 Tickets N Concert 1 Concert 2 3 8,000 $254.000 Concert 3 10 ☐ b. Is it possible to bring in a return of $146,000 when all the seats are sold? OA. No, $146,000 is greater than the highest possible return. OB. Yes, $146,000 is within the range of possible returns. OC. No, $146,000 is less than the smallest possible return. OD. None of the above. Is it possible to bring in a return of $329,000 when all the seats are sold? OA. No, $329,000 is less than the smallest possible return. OB. Yes, $329,000 is within the range of possible returns. OC. No, $329,000 is greater than the highest possible return. OD. None of the above. c. Describe all the possible returns. Choose the correct answer below. OA. The return can be any multiple of $5 B. The return can range from $224,000 to $264,000 in steps of $5. OC. The return can range from $224,000 to $264,000 in steps of $61. OD. None of the above. C
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