This should help http://books.Google.com.au/books?id=SUqWUXGx5wQC&pg=PA302&dq=Segment+Properties+%28Tables+A.2.2+and+A.2.3%29&ei=8dWnSrPsJZvQNPPskZwK#v=onepage&q=Segment%20Properties%20%28Tables%20A.2.2%20and%20A.2.3%29&f=false
If you live on earth, you can weigh yourself in pounds, and divide the number by 2.2 .
The result is very close to your mass in kilograms.
If you're on the moon or on Mars, then 2.2 doesn't work, and you have to use a
different number.
If you're on the International Space Station, or the Shuttle on the way to or from it, then
you have no weight, and you have use a different method to measure your mass.
Note that your mass is the same in all of these situations.
Perhaps you should compare the size of the organ in relation to the total mass of the body.
In the metric system, the Gram, as in kilogram is the standardfor mass measurement
you can measure the mass by putting it on a balance and measure really quickly. the volume you can estimate an approximate answer by putting it in water and measuring its displacement.
The best estimate for a pair of sneakers is 1 kilogram.
It depends on what type of TV it is, some TVs weigh more than others.
Uh. No. That would be 196 grams.
Which is the best estimate for the mass of a duck?
There is no means you can use to estimate it's
2 grams
10 grams
1kg
250 kilograms
3 grams
A lemon has a smaller mass than a grapefruit.
That depends a lot WHAT you want to estimate about the lemon - which of its qualities, e.g., its mass, its diameter, its sourness, its color, etc.
15kg
500
1 gram