Its the same, even though the mass is smaller, so is the volume, there for the mass to volume ratio stays the same when you cut it in half.
Diedrick Crayon has written: 'The return of the Half Moon'
The diameter of a crayon is 5/16 of an inch.
It's identical. (assuming that the object is homogeneous)
5 gramme
A gram is a unit of mass. A litre is a unit of capacity. Without a measure of density to compare, the two units are incompatible.
The density of each half remains the same as the original density of the bar. Cutting the aluminum bar in half does not change the density of the material, as density is an intrinsic property of the material.
before or after the three year old eats half of it?
The density of something is the mass divided by the volume, so if you cut the item in half, it will not change the density at all. Instead, the two halves of the item will have the same density.
Whole Whole Half Whole Whole Whole Half
You can determine whether a key is major or minor by looking at the pattern of whole and half steps in the scale. In a major key, the pattern is whole, whole, half, whole, whole, whole, half. In a minor key, the pattern is whole, half, whole, whole, half, whole, whole.
If you cut a metal in half, each half will have the same density as the original metal, so the density of each half will still be 8.4. The density of a material does not change when you cut it into pieces.
Canada's population density is quite dense. The density is densely condensed into one densely dense country. The population density is dense enough to form a flaming ball of people if a single fart is lit on fire. and on a whole other note, yes, it is possible to light farts on fire. But back onto density. Ah yes, density, how dense can the population get? well if you squished the whole population of Canada together and rolled them all up into one big dense ball, it would be half the size of 'mericas dense ball. Then we would have some foreign dude come and light them in a blaze and the fire that gets the biggest, that country will have the smallest population density. you are welcome :)