it also says, "Claude is 100 times bigger than a standard UK shore crab." it's more reasonable to assume a typo instead of a weird subtext of adult size.
It appears the 20 lbs of meat thing is wrong. Tasmanian Giant Crabs are around 30 lbs, fully grown, the internets tell me. They also tell me crabs tend to yield 14% - 25% meat, so I was wrong. You're not getting 20 lbs from a 30 lb crab. But I don't think it was a typo. I think the Daily Mail is just... wrong. :P But, whatever. Melted butter, pls!
That's what I wondered, too, but I couldn't find any information on that specific type of crab. I'd love to get my hands on one of them to find out, though!
i think alaska king crab gets pretty big - so maybe that's a lead...(?!)
i also thought: the larger the ball, (or whatever), the greater the volume-to-surface-area. ergo, for crabs, probably "less" shell. & unusually over-sized crabs may outgrow their natural predators and not need a relative thick shell so much anymore. it also might simply be a growth hormone thing. - or, of course, it may be a typo.
sorry i don't have a good crab link for you though!
If we take the crab to be a 15in x 10in x 5in box (with all his little legs folded underneath and I'm being generous), that's about 38 cm x 25 cm x 13 cm, or 12350 cm^3. Given that 2 pounds is about 1 kg, that would be 75 kg. To have 75 kg in 12350 cm^3 that would be a density of about 6 g/cm^3. Considering water and the human body have a density of about 1 g/cm^3, that's six times as dense as the human body, and you get metals having that density.
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i think alaska king crab gets pretty big - so maybe that's a lead...(?!)
i also thought: the larger the ball, (or whatever), the greater the volume-to-surface-area. ergo, for crabs, probably "less" shell. & unusually over-sized crabs may outgrow their natural predators and not need a relative thick shell so much anymore. it also might simply be a growth hormone thing. - or, of course, it may be a typo.
sorry i don't have a good crab link for you though!
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If we take the crab to be a 15in x 10in x 5in box (with all his little legs folded underneath and I'm being generous), that's about 38 cm x 25 cm x 13 cm, or 12350 cm^3. Given that 2 pounds is about 1 kg, that would be 75 kg. To have 75 kg in 12350 cm^3 that would be a density of about 6 g/cm^3. Considering water and the human body have a density of about 1 g/cm^3, that's six times as dense as the human body, and you get metals having that density.
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