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well theres 322mil americans, divide by 2 you get 161mil or something like that say 12 in a case 161/12 is somewhere about 13-14 so wed need 13-14million cases tbh
well theres 322mil americans, divide by 2 you get 161mil or something like that say 12 in a case 161/12 is somewhere about 13-14 so wed need 13-14million cases tbh
well the can is close to his head size, which im estimating to be 23 inch circumference based on his height say 24 inch so radius is 4 and diameter is 8and it looks to be 2x as tall as wide so say 8x16 can, so formula for volume of a cyl is pi*r^2*h r is 4 so 16pi*16=256 in^2 worth of space, covert to ft^2 is about just under 2 square feet per container. considering they will all be boxed in 12 packs thats about 24 square feet per pack and you'd need 13 million packs say so 12*13mil is 156million ft^2so you need that much storage, half of existing warehouses are 50k ft^2 or larger 156mil/50k is about 3120 so you need 3120 warehouses at 50k ft^2, or this way the us has 10264570000 ft^2 of warehouse space according to statista and 156mil/10264570000=approx 0.015, so multiply by 100 and you'd need 1.5% of all US warehousing space (used for distribution) for that
well the can is close to his head size, which im estimating to be 23 inch circumference based on his height say 24 inch so radius is 4 and diameter is 8and it looks to be 2x as tall as wide so say 8x16 can, so formula for volume of a cyl is pi*r^2*h r is 4 so 16pi*16=256 in^2 worth of space, covert to ft^2 is about just under 2 square feet per container. considering they will all be boxed in 12 packs thats about 24 square feet per pack and you'd need 13 million packs say so 12*13mil is 156million ft^2so you need that much storage, half of existing warehouses are 50k ft^2 or larger 156mil/50k is about 3120 so you need 3120 warehouses at 50k ft^2, or this way the us has 10264570000 ft^2 of warehouse space according to statista and 156mil/10264570000=approx 0.015, so multiply by 100 and you'd need 1.5% of all US warehousing space (used for distribution) for that
