Density = (mass)/(volume) = 128/4 = 32 gm per cc
Note: That's a remarkable substance you've got there. It's about 2.8 times as dense as lead,
and about 42% denser than osmium ... the heaviest natural element. Don't drop it.
The volume of the little cube is 23 = 8 cubic inches so the density of the material is 8/20 = 0.4 grams per cubic inch.The volume of the large cube is 83 = 512 cubic inches, so the mass (not the weight) is 512*0.4 = 128 grams.
You're thinking of 125. The next perfect cube is 216.
The GCF is 128.
Let the width and height be x and x and by using Pythagoras' theorem: x2+x2 = 162 2x2 = 256 divide both sides by 2: x2 = 128 (which will be the area of one of its faces) 6*128 = 768 square units
62% of 128= 62% * 128= 0.62 * 128= 79.36
The volume of the little cube is 23 = 8 cubic inches so the density of the material is 8/20 = 0.4 grams per cubic inch.The volume of the large cube is 83 = 512 cubic inches, so the mass (not the weight) is 512*0.4 = 128 grams.
A modern quarter weighs 5.67 grams. 128 lbs is 58,059.82 grams, so that's about 10240 quarters, or $2560.
Material density should be specified. Assume density is one gm/cc, then 128 milligrams equal 0.128 grams equals 0.128 cubic centimeters or 0.128 milliliters.
The density is 128 and an eighth grams per cubic inch.
= 5.0396842
Multiply by 28.3495231. So 128 * 28.3495231 = 3628.738957 grams.
You're thinking of 125. The next perfect cube is 216.
3628.73 grams
1 cup chopped carrots weighs 128 grams (.28 lb). (For shredded carrots, 1 large carrot or 2 medium carrots should provide about 1 cup of shredded carrot.)
128 ounces
128 ounces = 3.63 kilograms.
3628.73 g