Cole said:According to my calculations, the answer would be 28.7 ping balls.
I will take my tag now, thanks.
Damnation said:The correct answer to your question is:
I can fit one ping pong ball inside the larger sphere.
Proof: As you stated, the larger sphere is larger, thus proving that one ping pong ball can fit inside it. Or, 96 inch circumference sphere > 4.9634 inch sphere.
Sunkist said:I like your thinking, ok how about what's the MAXIMUM you can fit into the large sphere?
Sunkist said:I like your thinking, ok how about what's the MAXIMUM you can fit into the large sphere?
Despise said:Everyone is copy pasting from here.
http://www.letsrun.com/forum/flat_read.php?thread=3913652&page=2
Disqualify themI win? lol
1967 said:Is the answer 21? I fail at maths
Slacker (A$AP MOB) said:Re-post sience people just want to troll / spam on here ( funny ass comment tho fatboy!)
V = (4/3) pi r^3... C = 2 pi r. r = c / (2 pi)
Large sphere: V = (4/3) pi (c/2 pi)^3 = (4/3) * (96^3 / (8 pi ^ 2)
Vl = 1/6 (96^3)/3.14159^2 = 0.1667 * 884736 / 9.8696 = 0.1667 * 89642.5 = 14943.4 in^3
Ping pong ball
Vp = 0.1667 * 4.9634^3 / 9.8696 = 0.1667 * 122.275/9.8696 = 2.0653
Vl/Vp = 14943.4 / 2.0653 = 7,235 ping pong balls with C = 4.9634 in. will fit in a sphere with C = 96 in.
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