ahud,
I just wanted to clarify, I wasn't speaking specifically of a clownfish, but rather the weight of a typical clownfish living in 20,000 gallons of water. So, if it helps your mental image, think of a small blue tang. Here is the original quote that I wrote:
"The CRC Handbook of Chemistry and Physics gives the density of living matter in the oceans as: 15*10^-8g/cm^3. That is roughly equivalent to one small clownfish living alone in a 20,000 gallon aquarium!"
I just wanted to put that density equation into a form most people could visualize - a typical fish swimming in what amounts to a large backyard swimming pool.
Jay
p.s. - I wrote this 10 or 15 years ago - so somebody may want to check my math (grin).
I just wanted to clarify, I wasn't speaking specifically of a clownfish, but rather the weight of a typical clownfish living in 20,000 gallons of water. So, if it helps your mental image, think of a small blue tang. Here is the original quote that I wrote:
"The CRC Handbook of Chemistry and Physics gives the density of living matter in the oceans as: 15*10^-8g/cm^3. That is roughly equivalent to one small clownfish living alone in a 20,000 gallon aquarium!"
I just wanted to put that density equation into a form most people could visualize - a typical fish swimming in what amounts to a large backyard swimming pool.
Jay
p.s. - I wrote this 10 or 15 years ago - so somebody may want to check my math (grin).