There are 453.59 grams in one pound. So to express 4.75 lb to grams you multiply 4.75 by 453.592 which is 2,154.56 grams.
If I weighed less than a kilogram I would of course express my weight in grams
You cant. Grams is a measurement of weight and inches is a measurement of length. If you measure the mass of whatever your material is then express its weight in grams. The best you could do is calculate the space that it occupies in cubic millimeters or centimeters. Then you could express that in inches in theory.
I would express it in grams (g).A gram. Strictly, a dekagram (or tens of grams) but nobody uses dekagrams in real life.
I would use a postal scale to weigh the letter. Once I knew the weight, I could express it in any unit of force, but 'grams' would probably result in the most convenient number.
Leading zeroes are usually written when there is a list of mixed words and numbers, and the list must be later sorted alphabetically by a cumputer, eg: 00 02 11 Nick Peter In this example, if 02 didn't have the leading zero, it would have been put after the 11. On the other hand, zeroes written on the right express the precision of the measurement. So if you inform that you weighted 2.56 grams of sugar, it implies that it has an error of 0.01 grams. And informing that you weighted exactly 2.5600 grams implies the error is 0.0001 grams.
If I weighed less than a kilogram I would of course express my weight in grams
1 mg = .001 grams, so .014 mg = 0.000014 grams
You cant. Grams is a measurement of weight and inches is a measurement of length. If you measure the mass of whatever your material is then express its weight in grams. The best you could do is calculate the space that it occupies in cubic millimeters or centimeters. Then you could express that in inches in theory.
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I would express it in grams (g).A gram. Strictly, a dekagram (or tens of grams) but nobody uses dekagrams in real life.
g/cm3
The mass of ammonia is 147,5 g.
A gram is a unit of mass; the international unit for mass is the kilogram, which is equal to a thousand grams. You can use grams (or kilograms) to express the mass of ANY object.
Grams
-- Take an object or a sample of a substance-- Measure its mass, and express the result in grams-- Measure its volume, and express the result in cubic centimeters-- Divide the mass by the volume. The result of the division is the density of the object or substance,expressed in "grams per cubic centimeter".
It is one kg and two hundred fifty grams.
the best unit of measurement to use to express the mass of a small novel would be grams