Raymond B. answered 03/25/22
Math, microeconomics or criminal justice
30x24x16 = 11,520 cm^3
15xpi(3)^2 = 9x15pi = 135pi
11,520/135pi = about 27.16, but that would be accurate only if you were counting liquid contents of each bottle and pouring them into the box then it's slightly over 27 bottles, putting the bottles themselves into the box would mean less than 27.
if you wedged the bottles into the box, each bottle would require more room.
each circle of the bottle bottom would need a square area of 2r by 2r = 4r^2 = 4x9 =36 cm^2 a 6 cm by 6cm square
36x15 = 540. 11520/540 = 21 1/3. 21 bottles could fit in the box, with 1/3x540 = 180 cm^3 left empty
At least 21 bottles, possibly slightly more. Somewhere between 21 and 27 bottles, upper bound 22..
Draw 3 circles, touching each other. The points where they touch are three. each is on a line from the centers of two circles. the 3 lines from center to center form an equilateral triangle with angles = 60 degrees. Each side of the triangle = 6 cm''
try to fit them into a rectangle 24 by 30.