Density

Insulin is a type of hormone which is created by beta cells in the pancreas. Insulin is critical in the process of metabolism. The density of insulin is not listed.

Your capillaries on a basic level are small blood vessels that supply your muscles with blood.

You can increase your capillary capacity and make them more dense by training with light weights in the gym (20+ repetitions) or by doing endurance related activities such as running, rowing, climbing for an extended period of time.

The density of petroleum diesel is about 0.85 kg/l whereas petrol (gasoline) has a density of about 0.72 kg/l, about 15% less

It is 12,139.5 residents per square mile.

it is 8.03 g/cm i hope it is right!

a very early fall frost

The "bulk density" of a crate of pears (the pears and the air between the pears) is about 38 lb per cubic foot (609 kg/cubic meter = 0.609 g/cubic centimeter).

Pears are usually slightly less dense than water - and consequently float a bit when you put them in a tub, sink, or pan full of water. Their exact density varies by variety and even from year to year for the same variety, but a reasonable range would be 0..88 - 0.94 g/cubic centimeter

The density of a material does not change with mass.

100 grams of a material will occupy 10 times the volume of 10 grams of the same material.

First weigh the potato (in grams). Next, place the potato in a tub of water, and measure how much the volume of the water changes upon placing the potato in. This gives you the volume of the potato (in mls). Then divide the mass (g) by the volume (ml) to get the density in g/ml.

• First you get the object mass by weighing it.
• Then you get its volume by immersing it in a scaled water container and see the increase in water volume which gives the object volume.
• Then you divide the mass by the volume to get the object density.

Since liquor is a mixture of mostly wafer and ethanol, you need to do a weighted average between them.

Ethanol's density is about 80% of water's by the way.

It comes out to: 1 - (.2x/100), where x is the percentage of alcohol in the drink your drinking.

The density is the mass per unit volume. So, the density = 27/10 = 2.7 grams/cc

Less than tooth density (unless you're older)

3.7 kilos. To be technical 3.785 411 784 kilos

It is 0.0766 kg/L

One comercial source of agave nectar lists a specific gravity of 1.384 (about 75 Brix). This is a little less than the typical specific gravity of honey.

it is density. how heavy something is per the space it occupies. the usual denotation is gram per millilitre or gram per cm^3. Cm^3 means centimetre cubed, and cc means cubic centimetre, which are exactly the same. All different ways to say the same thing. ml, cm^3, cc

Density of 7up is just over 1

diet 7up is under one

Yes; if density is lower with same weight it will have bigger volume, hence more air resistance when catapulted and hence less distance traveled

1. Measure the mass (M) of the shot.
2. Measure the volume (V) of water displaced by the shot.
3. Calculate the density (D = M / V).

There is insufficient information for us to answer this question.

Density = Mass / Volume. For a regular shape, the volume can be determined from a formula - which will depend on the shape. However, you still require the mass for which there is no information.

Nothing happens if the volume is also allowed to increase.

The accepted average density of Neptunium is 19.38 g/cm3 (it is radioactive with several isotopes with somewhat different inherent densities)

The average density of Mercury is 13.534 g/cm3

Since Neptunium is more dense than Mercury a sample would be expected to sink in Mercury

Square density refers to the number of squares or square units that can fit within a given area. It is a measure of how closely packed squares are within a specific space or region. Mathematically, square density can be calculated by dividing the total number of squares by the total area.

By definition, density is mass divided by volume. Its a measure of total space taken up by a mass (any physical quantity). As an example to show why density is a important physical quantity, a kilogram each of Iron and cotton would weigh (mass) same, but a KG of iron occupies very little space (Volume) as compared to a KG of cotton. This is where density plays a major role.