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quint69 commented at 2024-09-13 23:11:15 » #2917707
Speaking of melons, these each look about twice as big as your average watermelon. I mean a typical watermelon spans about the length of a forearm from what I've seen. Her melons appear to exceed that length by about 33% give or take. No, this does not mean they're only "30% bigger" because the volume increases at an exponential rate as you increase the diameter. In a sphere, increasing the diameter by 33% multiplies the volume by 2.353.
So her melons are equal to almost 5 typical watermelons.
Even if my math were to overestimate them by 18%, they'd each still be twice as big as a typical watermelon.
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Speaking of melons, these each look about twice as big as your average watermelon. I mean a typical watermelon spans about the length of a forearm from what I've seen. Her melons appear to exceed that length by about 33% give or take. No, this does not mean they're only "30% bigger" because the volume increases at an exponential rate as you increase the diameter. In a sphere, increasing the diameter by 33% multiplies the volume by 2.353.
So her melons are equal to almost 5 typical watermelons.
Even if my math were to overestimate them by 18%, they'd each still be twice as big as a typical watermelon.
3 Points
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1