Density

The substance's density is 0.11 g/cm3

The density of butane is approximately 0.58 grams per cubic centimeter at 25°C (77°F) and atmospheric pressure.

The density of any object is equal to its mass divided by its volume. At a mass of 129.6 kilograms and a volume of 144 liters, the substance has a density of .9 kilograms per liter.

Density is calculated by dividing the mass (in grams) of a substance by its volume (in milliliters or cubic centimeters). The formula for density is: Density = Mass / Volume. By measuring the mass of a sample in grams and the volume in milliliters, you can easily calculate the density of the substance.

Since chert is made of SiO2, its density should be 2.65 which is the same for quartz (SiO2). However there some exceptions to the density value of 2.65 being attributed to SiO2. The density of 2.65 attributed to Quartz is when it exists in the most common trigonal crystalline form. Chalcedony a form of quartz known as cryptocrystalline quartz including chert, flint and agates including Jasper, has minute crystals of quartz with submicrospcopic pores. Flint has about 1% water included within it and a density that varies from 2.57 to 2.64. Other variations of quartz can be formed in an orthorhombic crystal form (Trydymite) with a density of 2.26 or a tetragonal crystal form (Christobalite) that has a corresponding density of 2.33.

(source from: An introduction to the Rock Forming Minerals; Deer, Howie and Zussman; 12th Ed., 1980; Richard Clay (The Chaucer Press) Ltd. UK)

The weight of 700 grams of mass is:

-- 6.86 N (1.543 pounds) on earth

-- 1.12 N (4.03 ounces) on the Moon

-- 2.604 N (9.38 ounces) on Mars

-- 0.408 N (0.86 ounce) on Pluto

-- 18.1 N (4.08 pounds) on Jupiter

Current density is the amount of electrical current flowing in a unit of cross sectional area of that conductor. You'd look at the current flowing and the cross sectional area of the conductor and make a calculation from that. All you need do is decide on what unit of cross sectional area you wish to use. In wire, we usually use mils. Use the links below for more information.
Density current is the measure of the density of flow of a conserved charge

Volume cannot be measured in centimetres. Without the volume in appropriate units, the question makes no sense and so cannot be answered.

No. Just because two liquids have the same volume they do not have the same density. A liter of mercury is denser than a liter of water.

However, if two liquids of the same volume have the same mass as well, then they have the same density.

It depends on which polyamide. Try rephrasing the question.

The substance has a density of about 1.704 g/mL

The SI unit is kilogram per cubic meter. However, in practice, kilogram per liter, or the equivalent gram per cubic centimeter, is also often used. This latter gives numbers that are a thousand times smaller; for example, the density of water is about a thousand kilograms per cubic meter, or one kilogram per liter.

it is easy. You use Mass divided by Volume. You can Remember it by a heart. The top is a M and the bottom is a V. Mass divided by volume. <3

It is 1.07 gm/cc for amorphous type..

and 1.25 gm/cc for crystalline.

Arithmetic density is the total number of people divided by the total land area

it like this the total population divided by the total land area that is cultivated or in simple TP/TLA

It's important because knowing the population and the land that they are inhibiting could help knowing how many towns, or city's they can build for the population in the future. If the land is overpopulated, they would need to find a way to take all those people and fit them in. Also, Knowing how many people take up the land can determine how much agricultural density is needed for the people there or in other places. Normally, when land is overpopulated, more people will want to move there. So knowing the population would prepare them for immigrants to come into the area. Hope this helped.

157/412 = 0.381g/cm3

Divide 157 by 412:

d = 157/412= 0.381 g/cm3 (or kg/L)

But this seems to low for common fluids, and to high for heavy gases, so I'm very curious what kind of substance this is

the density of water is 1.0g/cm to the 3rd power

or 1.0g cubic centimeters

You need to find its mass. If your volume is in cm^-3 then your mass should be in grams and if your volume is in m^-3 your mass should be in kilograms. However this is only for solids and liquids. If you are measuring the density of a gas, the volume should be in dm^-3 and mass in grams.

Once you have the mass sorted out, put the values into this simple equation:

Density (d) = mass (m) / volume (V)

d=m/v

That should give you the density of the chemical

Well, gas is a state of matter that has a lot of spread out molecules. Unlike solids and liquids. The solid state of matter is more dense because the mass divided by the volume is more because the molecules are very close together.

Love an accelerated 12 year old

The answer will depend on how much there is.

The answer will depend on how much there is.

The answer will depend on how much there is.

The answer will depend on how much there is.

The density of high molecular weight high density polyethylene (HMHDPE) typically ranges from 0.945 to 0.965 grams per cubic centimeter.

- modifying the temperature
- modifying the pressure
- modifying the volume