Clay
Yes, a Golf ball does have a Higher density than a pingpong ball. I think because if a fusion is compacted real close, it has a higher density than the object that is seperated .
because salt is higher density than water and dissolves in the water, increasing density
Seawater has a greater buoyant force than fresh water because seawater has a higher density than fresh water therefore the buoyancy is higher. *Improved* This happens because when water mixes with the salt in sea water, the density changes to the average density which is around 1.55 g/mL (Average density is the density of different materials put to together )
You can have a relative compaction value of greater than 100%. The maximum density test gives you a density that is the maximum value under that particular compactive effort. The modified proctor will give you a higher maximum density than the standard proctor test which has a lower energy input. The modified proctor attempts to model the energy input by larger compaction equipment. However, if you had a large piece of compaction equipment and/or compacted the soil in thin lifts repeatedly you could exceed the maximum density. Typically, if you do not have an unusual circumstance (compacting very thin lifts a large amount of times) the higher than maximum density value is the result of a change in soil type. Do a new max if you are unsure on the soil that you tested in the field.
As far as I am aware, there is no elemental metal with a density of 9.5 g per cm3. Thulium (9.32) is followed by Bismuth (9.75). But I presume that you can alloy one or metals with density lower than 9.5 and one or more with higher density.
The salt solution in the bucket is 10% of the salt solution in the bag. The bagged solution has a higher density than the bucket solution; therefore, the bagged solution will most likely fall to the bottom of the bucket as the bucket water is displaced above it -- assuming there is no air in the bag, the density of the bag material is negligible, and the salt is fully dissolved in the water. Details: = The solution in the bucket is 0.3% while the solution is the bag is 3%. Thus, the solution in the bucket has less concentration of salt than the solution in the bag. Hence, the solution in the bucket is hypotonic to the solution in the bag.
A gallon of gravy weighs more than a gallon of water, due to the fact it has a higher density.
Yes, it is true because the density of oxygen is higher than the density of nitrogen.
Solids have a higher density.
Solids have a higher density.
These are all types of liquid measurements. Liquid measurements differ from solid measurements in that the density of the liquid is not factored into the total volume, but is factored into the total weight in which that liquid occupies. Ex: One gallon of water has a specific density. However, a gallon of salt water weighs more than the gallon of water because the salt water has a higher density (i.e. more dense) than the gallon of salt water, although they have the same volume (one gallon). In case you are interested, the correlation of weight, density, and volume is given by the formula: Density = weight / volume. More correctly, it should read: Density = mass / volume, but the relationship between mass and weight is: Weight = mass * gravity, where gravity is a constant: 9.8 kg*(m/s2)
The density of air decreases at higher altitudes.
Higher than what ?? If the object's density is higher than the density of water, then the object sinks in the water.
means that plasticine has higher density.
The density of solid state of matter is higher than the density of liquids and the density of liquids is higher than the density of gases.
The density of solid state of matter is higher than the density of liquids and the density of liquids is higher than the density of gases.
It can vary somewhat, by season, colder seasons the weight will be slightly higher, because of density, but for most instances you can use 6.1 lbs./gallon