Cutting up a material will not affect its density because density is a characteristic property of a material that remains constant regardless of its physical shape or size. Density is defined as the mass of a material per unit volume, so cutting it into smaller pieces will not change the mass or volume of the material overall.
All by itself, the 'mass' of an object ... the amount of material in it ... doesn't tell you anything about whether it will sink or float. An AlkaSeltzer tablet and a large boulder both sink, but a duck and a large steel battleship both float. There must be more to it.
Breaking an object does not affect its density. Density is determined by the mass and volume of an object and remains constant regardless of its physical state. When an object is broken, the mass and volume of its individual pieces do not change, so the density stays the same.
When climbing a mountain, the air density decreases due to the lower pressure at higher altitudes. This decrease in air density can affect breathing and energy levels, making it more challenging to climb as you reach higher elevations.
The large range of speeds for wood and glass is due to variations in density, moisture content, and structure within different types of wood and glass. These factors affect the way sound travels through the material, leading to variations in speed. Additionally, the composition and quality of the material can also impact the speed at which sound travels.
The average density of a person is around 1 g/cm^3, which is similar to the density of water. This is because the human body is composed mostly of water, bone, and muscle tissues, which have densities close to 1 g/cm^3. However, individual variations in body composition can affect a person's overall density.
If you think to a material with the density of 0,92 g/cm3, this material float on water.
I think that the answer to this question is poop :)
- The specific weight is the weight of a known volume of material at a given temperature and pressure; the unit of measure is kN/m3. - But if you think to relative density: Relative density (specific gravity) is the ratio between the density of the material to be tested and the density of water, at a given temperature and pressure; consequently no unit of measure for this ratio.
I think the convection cell might affect the crust because the convection cell is bigger than the crust.
I think the convection cell might affect the crust because the convection cell is bigger than the crust.
All by itself, the 'mass' of an object ... the amount of material in it ... doesn't tell you anything about whether it will sink or float. An AlkaSeltzer tablet and a large boulder both sink, but a duck and a large steel battleship both float. There must be more to it.
I think cutting is not cheating forever.
It depends on the density of the material. Think of a 20 ft container filled with feathers and another filled with lead. Do you think they will have the same mass?
The answer may just depend on what points B and C represent, don't you think?
Breaking an object does not affect its density. Density is determined by the mass and volume of an object and remains constant regardless of its physical state. When an object is broken, the mass and volume of its individual pieces do not change, so the density stays the same.
I think for sure that temperature would affect the density of something. For example, if you have carmel and you heat it up, it has a lower viscosity and if you were to put it on something cold like snow, it would go back to its normal viscosity. Hope this helps
I think the convection cell might affect the crust because the convection cell is bigger than the crust.