Posted by **Steve** on Tuesday, October 25, 2011 at 11:45pm.

algebra 2 trig: A food vendor at a stadium sells hot dogs for $2. At this price, she can sell about 500 hot dogs per day. For every $.25 increase in price, she will sell 25 less hot dogs. The vendor's revenue can be modeled by R=(500-25x)(2+0.25x) Use vertex form to find how the vendor can maximize her daily revenue.

## Answer This Question

## Related Questions

- calc - A company runs food service concessions for sporting events throughout ...
- math - A hot dog vendor at the zoo recorded the average temperature and the ...
- Math - One day, a deli sold a total of 39 hamburgers and hot dogs. The revenue ...
- Math - A vendor sold 2/3 of his hot dogs in the morning and 1/6 in the afternoon...
- MATH - MACHO ATE 125 HOT DOGS OVER A FIVE DAY PERIOD. EACH DAY HE AT SEVEN MORE ...
- Math - "Mr. Macho, my great dane, ate 125 hotdogs over a five-day period. Each ...
- math problem solving - mr. mancho, my great dane, ate 125 hot dogs over a five-...
- 3rd grade - mr.mancho my great dane ate 125 hot dogs over a five day period. ...
- macroeconomics - the price of hot dogs changes by 22% and the quantity of hot ...
- math - At the school carnival, Carmen sold 3 times as many hot dogs as Shawn. ...

More Related Questions