SOLUTION: 2. A cylindrical soup can has a diameter of 66.0 mm and a height of 95.0 mm, and holds about 325.0135 cm3. The soup company wants to market a can that holds twice as much soup as t

Algebra.Com
Question 1183410: 2. A cylindrical soup can has a diameter of 66.0 mm and a height of 95.0 mm, and holds about 325.0135 cm3. The soup company wants to market a can that holds twice as much soup as the existing can. What should be the dimensions of the new can?
Answer by ikleyn(52797)   (Show Source): You can put this solution on YOUR website!
.

There are infinitely many  (uncounted amount)  of all possible dimensions, satisfying to the problem

             = 2*325.0135 cm^3
    or
             = 650.027 cm^3.


Do you want I list them all ?




RELATED QUESTIONS

a cylindrical can of soup has a base diameter of 7.4 cm. the soup label has an area of... (answered by Fombitz)
A Cylindrical soup can is 4.2 inches in diameter and 6.7 in. high. What is the volume of... (answered by checkley75)
A cylindrical soup can is 7 inches tall and has a diameter of 4 inches, how many cubic... (answered by solver91311)
a can o soup has a volume of 226 cubicom and a diameter of 6 cm what is the approximate... (answered by MathLover1)
what is the volume of a can of soup that has a height of 16cm and a diameter of... (answered by checkley77)
Which has a greater volume: two regular cans of soup, each with a diameter of 10 cm and... (answered by josgarithmetic,MathTherapy,Alan3354)
Alerts restaurant size can of soup is cylindrical with a diameter of 22 cm and a height... (answered by addingup)
A standard squash ball has a diameter of 40 mm(4 cm) and a radius of 20 mm(2 cm)... (answered by Alan3354)
A standard squash ball has a diameter of 40 mm(4 cm) and a radius of 20 mm(2 cm) What are (answered by Alan3354)