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Use the archemedes principle to compare the densities of the cokewith water?
JOSEPH5
According to Archemedes' Principle, when a body (solid) ispartially or fully immersed in a liquid then the body loses a part of its weight. The weight lost by the body is equal to the volume of liquid displaced by the solid body.
In order to compare the density of water and coke, you have to immerse a solid object in water and note down the apparent decrease of weight of the object. Then we have to immerse the same object in coke and note down the apparent decrease in weight of the object. The ratio of these two readings is equal to the ratio of weights of equal volume of water and coke. Hence, it is equal to the ratio of densities of water and coke.
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Describe two ways to compare the densities of unknown substances?
You can always compare the densities by the formula d=m/v, where m is the mass and v is the volume . However; a simpler technique is to put the objects in some water . The densities can be compared by how much water each of them will displace.
How do metals and nonmetals generally compare with respect to their densities?
The density of metals is greater.
What is the importance of knowing the densities OS substance?
- density is a specific chracteristic of all materials; sometimes it is possible to identify a material knowing his density - designing of all technology systems requires knowledge of densities - designing of any packaging requires knowledge of densities
Does it matter to have equal volume when comparing density?
No, you can compare densities for objects of different sizes. Just divide mass by volume for each object.
If the volume of a proton is similar to the volume of an electron how will the densities of these two particles compare?
Proton mass = approx. 1,850 x electron mass.If volumes are similar, then proton density = approx. 1,850 x electron density.
Describe two ways to compare the densities of unknown substances?
You can always compare the densities by the formula d=m/v, where m is the mass and v is the volume . However; a simpler technique is to put the objects in some water . The densities can be compared by how much water each of them will displace.
How do metals and nonmetals generally compare with respect to their densities?
The density of metals is greater.
Compare and contrast between D'alembert's principle with principle of conservation of energy?
because swag
What is the principle of comparability?
It is to compare the two different inputs
Can you compare the D alembert's principle and energy conservation?
no
The principle of superposition is used to?
The principle of superposition is used to compare the ages of rocks, typically used by geologists.
If Two balloons a and b are filled with hot air and cold air respectively how would you compare their densities?
A<b
What is the importance of knowing the densities OS substance?
- density is a specific chracteristic of all materials; sometimes it is possible to identify a material knowing his density - designing of all technology systems requires knowledge of densities - designing of any packaging requires knowledge of densities
Which projection might you use to examine and compare population densities use one view of the entire world?
Planar
Which projections might you use to examine and compare population densities using one view of the entire world?
RobinsonRobinson
How do the densities of the jovian planets compare with the densities of the terrestrial planets?
Although a lot more massive, the four outer gas giant planets are less dense than the inner rocky planets. The densities of the four inner planets are between 3.94 g/cm3 to 5.515 g/cm3, ehile the outer gas planet densities range from 0.7 g/cm3 to 1.76 g/cm3.
When the buoyant force on a submerged object is equal to the weight of the object how do the densities of the object and water compare?
Is is related through Archimedes principle, which states that the buoyancy force on an object is equal to the weight of liquid displaced by the submerged object. The weight of a volume of water is equal to the volume x density of water x the gravitational constant.FB = V ρ g
