SOLUTION: There is a big special at the local pizza shop! You can buy either a square pizza, 12 inches on a side, or a
round pizza with a 12-inch diameter for the same price. Which is the
Algebra.Com
Question 1155454: There is a big special at the local pizza shop! You can buy either a square pizza, 12 inches on a side, or a
round pizza with a 12-inch diameter for the same price. Which is the better buy? Explain your answer.
Found 2 solutions by mananth, ikleyn:
Answer by mananth(16946) (Show Source): You can put this solution on YOUR website!
Area of square pizza = 12 * 12 =144 ft ^2
Area of round pizza = pi* 6^2 = 113 ft ^2 radius =6
you decide
Answer by ikleyn(52867) (Show Source): You can put this solution on YOUR website!
.
Calculate their areas and compare.
Do you need the tutor's help for it ?
Did you really come to the forum in order for tutors calculated for you ?
Or, even better, do not calculate, at all - simply place the round pizza over the square shape.
And Look on it then . . .
RELATED QUESTIONS
Italiano's Pizza serves pizzas with diameters of 12 inches, 14 inches and 16 inches.
how (answered by ewatrrr,solver91311)
At a local pizza shop, the price for a medium cheese pizza is $6.50, and the price for a... (answered by ankor@dixie-net.com)
What is a better buy? A square pizza measuring 8 inches that costs $10 or a round pizza... (answered by aaronwiz)
If the money is the same, what is a better buy, a 10 inch round pizza or a 9 inch square... (answered by ankor@dixie-net.com)
A round pizza, with a diameter of 14 inches, is cut into 12 equal slices. A square pizza, (answered by texttutoring)
This algebra problem is about variation.
The prices of three sizes of pizza at a pizza (answered by mananth)
A pizza shop runs a special where you can buy a large pizza with one cheese, one... (answered by sudhanshu_kmr,solver15)
A pizza shop runs a special where you can buy a large pizza with one cheese, one... (answered by greenestamps)
A square pizza is sold for $15.00 and is 10 inches on each side. Using the price per... (answered by CharlesG2)