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Apply the kinetic theory to describe the motion of particles in a homogeneous mixture of sugar and water as it is boiled?
Wiki User
∙ 9y ago
The kinetic theory states that as you heat up something, the molecules of it start to move faster. This means that the molecules will be spread further apart. As you heat up sugar water, the water will turn into water vapor and leave the sugar behind.
Wiki User
∙ 9y ago
Armani Hunter
As the homogeneous mixture of sugar and water is boiled, the kinetic energy of the particles increases, causing them to move more rapidly. This increased motion breaks the intermolecular forces holding the particles together, allowing them to separate and escape into the air as steam. The temperature of the mixture remains constant until all the sugar has dissolved, as the energy is used to break the bonds between sugar particles rather than raise the temperature.
Wiki User
∙ 11y agoThey stick together and they form little particles to make water and sugar things.
Wiki User
∙ 13y agothe water will move faster than the sugar because the water idsless dense
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True or false in a homogeneous mixture particles are spread evenly?
In a homogeneous mixture particles are spread evenly.
Does a homogeneous mixture have visible particles?
Visible particles would be heterogeneous elements of a mixture. A truly homogeneous mixture would have no visible particles. However, you could still have an approximately homogeneous mixture with visible particles, evenly distributed throughout the mixture.
Are homogeneous mixture particles are spread evenly throughout the mixture?
no
What is a homogeneous mixture where particles are suspended?
A homogeneous mixture where particles are suspended is known as a colloid. In a colloid, the particles are not fully dissolved but are evenly distributed throughout the mixture, giving it a uniform appearance. Examples of colloids include milk, fog, and gelatin.
Is cinnamon sugar homogeneous mixture or a heterogeneous mixture?
Cinnamon sugar is a homogeneous mixture because the cinnamon and sugar particles are evenly distributed throughout, resulting in a uniform composition.
Does a homogeneous mixture have visible particles?
Visible particles would be heterogeneous elements of a mixture. A truly homogeneous mixture would have no visible particles. However, you could still have an approximately homogeneous mixture with visible particles, evenly distributed throughout the mixture.
True or false in a homogeneous mixture particles are spread evenly?
In a homogeneous mixture particles are spread evenly.
Are Homogeneous mixture particles spread evenly?
no
Describe homogeneous mixture from heterogeneous mixture?
separate a mixture
Are homogeneous mixture particles are spread evenly throughout the mixture?
no
What is a homogeneous mixture that contains particles that scatter light?
They are called "colloids". These have large particles that are suspended in a solution.
What is a homogeneous mixture where particles are suspended?
A homogeneous mixture where particles are suspended is known as a colloid. In a colloid, the particles are not fully dissolved but are evenly distributed throughout the mixture, giving it a uniform appearance. Examples of colloids include milk, fog, and gelatin.
What type of mixture has the smallest particles?
HOMOGENEOUS
Which typeof mixture particles are spread evenly throughout?
a homogeneous mixture
Mixture made up of uniformly intermingled particles?
homogeneous mixture
What type of mixtures particles are spread evenly throughout?
Homogeneous mixtures have particles that are spread evenly throughout. This is also known as a solution, where the solute is completely dissolved in the solvent at a molecular level. Examples include sugar dissolved in water or air.
Can a homogeneous mixture scatter light?
Yes, a homogeneous mixture can scatter light if the size of the particles in the mixture is similar to the wavelength of light. This phenomenon is known as the Tyndall effect, where the light is scattered as it passes through the mixture due to interactions with the particles.
