SOLUTION: if a standard juice box holds 8 fluid oz and the liquid occupied 1.8 in3, how would you design a cylindrical can that will hold the same volume as one juice box. What could some po

Algebra ->  Volume -> SOLUTION: if a standard juice box holds 8 fluid oz and the liquid occupied 1.8 in3, how would you design a cylindrical can that will hold the same volume as one juice box. What could some po      Log On


   

Question 317113: if a standard juice box holds 8 fluid oz and the liquid occupied 1.8 in3, how would you design a cylindrical can that will hold the same volume as one juice box. What could some possible dimensions of the can be?
Answer by Fombitz(32388) About Me  (Show Source):
You can put this solution on YOUR website!
The volume of a cylinder is,
V=pi%2AR%5E2%2AH
where R is the radius, H is the height.
pi%2AR%5E2%2AH=1.8
.
.
.
highlight_green%28R%5E2%2AH=0.573%29
.
.
.
if H=2 inches, R%5E2=0.2865, R=0.54 inches.
if R=1 inches, H=0.57 inches