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Why do the different parts of a mixture keep the same properties they had before they mixed?
All the components of a mixture are just physically combined, not chemically combined. So the components display the same properties they displayed when separated..
Do all solids have any similar properties?
All solids do no have same properties. They possess different properties.
What happens to the chemical properties of a substance when it becomes part if a mixture?
Depends of course of what substances the mixture contains. Depending of the substances in a solution or mixture as you typed, the properties of each one or all of them may be altered when heated up, or when those substances do not combine chemically each other.
What is a homogeneous gaseous mixture?
An example of a gaseous homogeneous mixture is air. It is composed of several gases including nitrogen, oxygen, and water vapor and these individual components cannot be easily discerned from their physical properties.
What is the smallest part of an carbon with all the same properties is called?
The smallest part of carbon with all the same properties is called an atom. Carbon atoms are the building blocks of all carbon-based materials and have the same chemical properties regardless of their arrangement in a molecule.
Do all parts of a homogenous mixture have the same composition?
Yes, all parts of a homogeneous mixture have the same composition and properties throughout. This means that the substances in a homogeneous mixture are evenly distributed at a molecular level, resulting in a uniform appearance and behavior throughout the mixture.
Why do different part of a mixture keep the same properties they had before they were mixed?
All the components of a mixture are just physically combined, not chemically combined. So the components display the same properties they displayed when separated..
Why do the different parts of a mixture keep the same properties they had before they mixed?
All the components of a mixture are just physically combined, not chemically combined. So the components display the same properties they displayed when separated..
Why do the different part of a mixture keep the same properties they had before they mixed?
All the components of a mixture are just physically combined, not chemically combined. So the components display the same properties they displayed when separated..
How do the properties of the parts of a mixture compare to the properties of the parts before they become a mixture?
The properties of the parts of a mixture remain the same before and after they become a mixture. Each component retains its individual characteristics such as melting point, boiling point, density, and chemical reactivity. Mixing simply combines the individual properties without altering them.
Is the atmoshpere a homogeneous or heterogeneous mixture?
Homogeneous because it has the same properties all over its volume and observed in a single phase.
What is a materiel that reflects or absorbs all of the light that strikes it?
It is an 'opaque' materiel.
Do Substance in a mixture keep their own properties?
Yes, substances in a mixture retain their own properties. Each substance in the mixture maintains its chemical characteristics and can be separated by physical methods.
Can the composition of a homogeneous mixture vary?
No, the composition of a homogeneous mixture is consistent throughout, meaning it has the same uniform properties in all parts of the mixture. This uniformity allows for the components to be evenly distributed at a molecular level.
Is homogeneous mixture is all the same or different?
A homogeneous mixture is uniform (the same) throughout.
What determines if a mixture is homogeneous or heterogeneous?
A homogeneous substance which has the same composition throughout and which cannot be separated into its constituent components by physical means. It usually has the same physical and chemical properties at all levels above the molecular level.A heterogeneous mixture is one that is not homogeneous.
Is all light the same, or are there differences in its properties and characteristics?
Light is not all the same; there are differences in its properties and characteristics.
