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Represents a way a mixture cannot be separated?
One way a mixture cannot be separated is if its components are chemically bonded together, forming a compound. This results in a homogeneous mixture where the individual components cannot be physically separated.
Can a mixture be chemically separated?
No, a mixture cannot be chemically separated. Chemical separation involves breaking down a compound into its individual elements through chemical reactions, whereas a mixture is a physical combination of substances that can be separated using physical methods like filtration or distillation.
Does camphor conduct electricity?
No, camphor does not conduct electricity. It is a type of organic compound, so it cannot ionize to conduct electricity.
Can powdered juice be separated by filtration?
can powdered juice separated by filtration
Is a mixture is made of two or more materials that cannot be separated by any means?
No, a mixture is made of two or more materials that can be separated by physical means, such as filtration or distillation. Substances in a mixture retain their individual properties and can exist in varying proportions.
Solutions cannot be separated by what?
Solutions cannot be separated by sublimation.
How can a baked cake mixture be separated?
The mixture cannot be separated after it is baked.
Represents a way a mixture cannot be separated?
One way a mixture cannot be separated is if its components are chemically bonded together, forming a compound. This results in a homogeneous mixture where the individual components cannot be physically separated.
What cannot be separated by sublimation?
Sublimation is the process of turning a substance from a solid directly into a gas without passing through the liquid state. Some substances like certain polymers and complex mixtures cannot be separated by sublimation because they do not have a clear melting point or do not sublime easily.
Does ethyl alcohol is a mixture?
it cannot be completely separated from water
What is a mixture of substances that is the same throughout and cannot be separated easily?
homogenous
If a substance can be physically separated into its components is it a pure substance or a mixture?
If a substance can be physically separated into its components, it is a mixture, not a pure substance. A pure substance consists of only one type of particle and cannot be separated into other substances by physical means.
What is the difference between a pure substance and a homogeneous mixture?
The difference between a homogeneous mixture and a pure substance is that a pure substance has a fixed composition and cannot be separated because it is chemically bonded and a homogeneous mixture can be separated.
A is a mixture that appears uniform throughout and whose particle cannot easily be separated is?
A solution.
Can a mixture be chemically separated?
No, a mixture cannot be chemically separated. Chemical separation involves breaking down a compound into its individual elements through chemical reactions, whereas a mixture is a physical combination of substances that can be separated using physical methods like filtration or distillation.
Why Camphor can easily be purified by the process of sumlimation and common salt cannot be purified by sublimation?
Camphor is a molecular compound, with a molecular formula C10H16O. Because it is molecular and the solid is "held together" by inter-molecular forces it has a lower melting point 175 C and boling point 204C than sodium chloride mp 800+C. bp 1400+ C. Under gentle heating solid camphor has a a reasonable vapor pressure and sublimes (no melting or boiling required -as it is flammable care is needed.) Sodium chloride a giant ionic lattice held together by strong electrostatic bonds when under heated gently has virtually no vapor pressure and does not sublime.
Which mixture cannot be separated with a screen or paper filter?
A homogeneous mixture, such as a solution, cannot be separated with a screen or paper filter because its components are evenly distributed at a molecular level and cannot be physically separated by size.
