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Why are all samples of a given substance have the same intensive properties?
The properties of a pure substance do not vary from sample to sample because there is no reason for them to. Why would they? Water is water, and if you take any sample of water from any stream, lake or ocean and remove all the "stuff" in it to leave only the water, all the samples will behave the same way physically and chemically. The chemical properties of a substance (and the physical ones, too) are set by what the substance is. And these properties define the way the substance behaves in the universe as a whole. There is no reason for any water found on, say Mars, to behave any differently than any water here on Earth - or anywhere else in the universe.
Why can gold and copper have the same extensive properties?
Gold and copper can have similar extensive properties because they are both transition metals with similar electronic configurations. This leads to comparable metallic bonding and physical properties such as high malleability, ductility, and electrical conductivity. Additionally, their similar atomic structures contribute to their comparable densities and melting points.
When all samples of a material have identical properties and composition it is?
Element
How could properties such as color texture and temperature help scientists distinguish between 2 different samples of matter?
Scientists can distinguish between two samples of matter by comparing their color, texture, and temperature. Color can indicate different substances based on how they interact with light. Texture can vary based on the arrangement of atoms or molecules within the material. Temperature can provide insight into the energy content and behavior of the samples. Collectively, these properties can help scientists differentiate between materials.
What properties do nanoscale particles have that are different than those of macroscopic samples of the same substance?
Nanoscale particles have a higher surface area-to-volume ratio, leading to increased reactivity and different optical, electronic, and magnetic properties compared to macroscopic samples. They also exhibit quantum confinement effects due to their small size, resulting in unique behaviors that are not observed in larger samples of the same substance.
What is the difference between intensive research and extensive research?
extensive research is empirical and concrete. Large samples are taken to capture variabilities. Intesive research, on the other hand, is abstract and theoretical. Small samples are taken to uncover underlying casual mechanisms. Intensive research is much more in depth and often leads to case studies research
What are extensive properties give two examples of extensive properties-?
Properties that depend on the amount of substance present, such as mass,length,volume,etc. Properties that depend on the amount of substance present, such as mass,length,volume,etc. Properties that depend on the amount of substance present, such as mass,length,volume,etc.Extensive means covering over a big area. This word is a adjective.
Why are all samples of a given substance have the same intensive properties?
The properties of a pure substance do not vary from sample to sample because there is no reason for them to. Why would they? Water is water, and if you take any sample of water from any stream, lake or ocean and remove all the "stuff" in it to leave only the water, all the samples will behave the same way physically and chemically. The chemical properties of a substance (and the physical ones, too) are set by what the substance is. And these properties define the way the substance behaves in the universe as a whole. There is no reason for any water found on, say Mars, to behave any differently than any water here on Earth - or anywhere else in the universe.
Why can gold and copper have the same extensive properties?
Gold and copper can have similar extensive properties because they are both transition metals with similar electronic configurations. This leads to comparable metallic bonding and physical properties such as high malleability, ductility, and electrical conductivity. Additionally, their similar atomic structures contribute to their comparable densities and melting points.
Where can you find samples of Kinerase intensive eye cream?
If one was wanting to sample the Kinerase intensive eye cream they could possibly find samples in there nearest healthcare store such as 'Boots' or 'Superdrug'. Or one could try online sites that offer free sample to consumers such as 'Anti Agings'.
When all samples of a material have identical properties and composition it is?
Element
Samples of both properties physical properties?
Physical- Something PURE. Chemical- Something that contains OTHER things.
Why do samples dissolve in mineral oil but not water?
I don't know what these samples are of, but somethings just dissolve in oil but not in water. That's one of the properties they have.
If two samples of matter had completely identical sets of properties what important inference could be made about the two samples?
Nova net answer: They are the same
Suppose you have two mineral samples with the same hardness What other mineral properties could you use to decide whether the two samples are the same mineral?
You could use properties such as cleavage, streak color, color, density, luster, and crystal habit to differentiate between the two samples. These properties can help determine if the samples are the same mineral or different minerals, even if they have the same hardness.
How does drying of soil samples affect the soil properties?
Drying of soil samples can cause changes in soil properties such as texture, bulk density, and pore space distribution. It can also lead to the loss of organic matter content and affect soil structure. Additionally, drying can alter the soil moisture content, potentially impacting its chemical and physical properties.
What physical and chemical properties would you expect to find in two different samples of a pure substance?
Two different samples of a pure substance would have the same physical properties, such as color, melting point, boiling point, and density. Their chemical properties, like reactivity and ability to form specific compounds, would also be identical. Variations in the samples' properties could indicate impurities present.
