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1. Pour the solution into an evaporating dish
2. Place evaporating dish into a hot water bath
2. Wait for the solution to crystallize
3.Remove dish from the water bath and let it cool down
4. Filter out the crystals
5. Dry the crystals

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Its when a solid decomposes through heat

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1. Place solution in an evaporating dish, which is held by a tripod
2. Slowly heat it with a bunsen burner, which causes the solution to evaporate and be more concentrated
3. Then, crystals will start to fall, do to too much concentration, and solvent will no longer be there
4. Turn off bunsen burner and you are left with pure crystal, solids

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A solution cant be filtered

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Filtration is used to separate insoluble solids from liquids

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It dissolves when it dissolves in a solvent.

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A mixture can either be heterogeneous or homogeneous so it could be both.

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They are using filtration ,crystallization and  evaporation.

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1. Place solution in a disc to heat it
2. place  disc in a tripod
3. place the tripod on a water bath to heat it more gently
4. Once crystals start to form stop heating
5.Let it cool so it can form more crystals
6. then filter out the crystals with a filter paper and a funnel
7. Dry the crystals by either letting them dry or by heating them in a oven

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When a solid substance is decomposed because of heat.

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1. Place solution into an evaporating disk
2. Place dish on tripod over the bunsen burner
3. Slowly heat mixture and wait for crystals to form

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1. Pour the solution into an evaporating dish
2. Place evaporating dish into a hot water bath
2. Wait for the solution to crystallize
3.Remove dish from the water bath and let it cool down
4. Filter out the crystals
5. Dry the crystals

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Thermal decomposition: solids are decomposed when heat is applied

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1. Place solution into an evaporating disk
2. Place dish on tripod over the bunsen burner
3. Slowly heat mixture and wait for crystals to form

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No

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Used to separate insoluble liquids.

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When the solute dissolves into the solvent

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Either homogeneous or heterogeneous

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Filtration, evaporating, and crystallization.

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no

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when the solute dissolves into the solvent.

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when the solute dissolves into the solvent.

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By either homogeneous or heterogeneous. 

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By either homogeneous or heterogeneous. 

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Thermal decomposition is when solids are decomposed when heat is applied.

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filtration, evaporating, and crystallization

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1.) Place the solution in an evaporating disk
2.) Put the disk on a tripod
3.)Place the Bunsen Burner underneath the disk then turn it on.
4.) Wait for the solution to evaporate and crystals will be left behind.

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A solution cannot be filtered out.

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Filtration , evaporating, and crystallization

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A mixture can be classified as homogenous or heterogenous.

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A solution can not be filtered out because because the solid is already dissolved.

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A solution is classified as a soluble solid as in the other hand solid can dissolve in a liquid.

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A mixture is classified as a combination of both a liquid and insoluble liquid. Mixtures can be classified as homogenous and heterogenous.

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1. Place the solution in the evaporating dish.
2. Place the solution-filled dish in a water bath.
3. If crystals start forming then stop heating it and let it cool.
4. Filter out the crystals from the remaining solution.
5. Dry the crystals.

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Thermal decomposition is when a solid is decomposed when heated.

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1. Place the solution in the evaporating dish.
2. Place the solution-filled dish on a tripod.
3. Slowly heat the solution with a bunsen burner.

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A solution can't be filtered out.

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Filtration is the process of physically separating solids from liquids via filtering.

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A solution is classified as a soluble solid dissolved in a solvent liquid.

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A mixture is classified as an insoluble solid in a liquid.

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Filtration, evaporation, and crystallization.

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A solution cannot be filtered out because the solid is dissolved within the liquid

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Filtration is used to separate insoluble solids from liquids. In chemistry, we use filter paper to allow water to pass through and leave the solid behind on the paper.

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A solution forms by combining a liquid and a soluble solid, as the solid can dissolve within the solvent.

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A mixture is classified as the combination between a liquid and an insoluble solid, as the solid cannot dissolve within the solvent.

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The techniques used to separate soluble and insoluble solids include filtration, evaporation, and crystallization.

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1. Place your solution in an evaporating dish
2. To heat it, use a water bath
3. Some crystals will start to form once some of the liquid has evaporated, once this happens stop heating it and leave it to cool. This will cause more crystals to form
4. Filter out the crystals from the solution using filter paper and a funnel
5. Dry the crystals by leaving them somewhere warm or warming them up in an oven.

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Thermal decomposition is when some solids decompose when being heated

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1. Place the solution in an evaporating dish
2. Slowly heat it with a bunsen burner
3. Wait and crystals will start forming from the solid

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place solution in a disc to heat it. place  disc in a tripod. place the tripod on a water bath to heat it more gently. once crystals start to form stop heating. let it cool so it can form more crystals. then filter out the crystals with a filter paper and a funnel. dry the crystals by either letting them dry or by heating them in a oven.

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A solution cannot be filtered out through filtration. So filtration works better when the solute is not dissolved in the solvent

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Filtration is a process used to separate solids from liquids using a filter medium that allows the fluid to pass through but the solid can't

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A solution is made when the solute "dissolves" into the solvent.

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Mixtures can be classified as homogeneous or heterogeneous . Mixtures are made of substances that are not chemically combined

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when a solid decomposes through heat

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Place the solution in a evaporating dish or a crucible. The solution along with the dish or crucible must be placed on a tripod. Slowly heat the solution with a Bunsen burner.

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1. Filtration
2. Crystallization
3. Evaporation

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no it cannot

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to separate insoluble solids from liquids

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when a soluble dissolved in a solvent

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a liquid combined with an insoluble solid

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Breaking down a solid using heat.

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1. pour solution in evaporating dish
2.place evaporating dish in a hot water bath
2. wait for solution to crystallize
3.remove dish from water bath and cooldown
4. filter the crystals
5.dry the crystals

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1.pour solution in evaporating dish
2. place evaporating dish on a tripod that's over a heat source
3. wait for solvent to evaporate and solute will eventually crystallize in evaporating dish

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A solution can't be filtered out since the solvent and solute are chemically combined.

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filtration separates the solids in liquids

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A solution is formed when a solute is dissolved in a solvent.

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Mixtures can be identified as homogeneous or heterogeneous mixtures. Heterogeneous mixtures can be separated with ease however homogeneous mixtures are harder to separate physically

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They will use filtration, crystallization, and evaporation.

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Filteration is the process of separating a solid matter from a liquid. The liquid is what passes through the filterate

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A soultion is made when the solute is dissolved into the solvent

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Mixtures can be classified as heterogenous and homogenous mixtures

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1. Filteration
2. Crystallization
3. Evaporartion

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Crystallization is a physical and slower way to separate a solid from a liquid. An alternative to evaporation and thermal decomposition solutes.
1. Place solution in an evaporation dish
2. Heat by using a water bath, instead of a bunsen burner
3. Once crystals start to form, remove from hot water and let it cool
4. Filter out the remaining solution to get the crystals that were able to form
5.Dry out crystals by leaving them somewhere warm

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Thermal decomposition is when a solute decomposes when heated, so instead of having crystals, you would have a break down to something else.

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Crystallization is the process in which you crystallize the solid so that it can't pass through the filter paper that is how you separate them
First you want to place the solution into a crucible
Next gently heat
Then you want to remove from heat when evaporated
Last let cool

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Thermal Decomposition is when some solids decompose when heated at a certain level

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1. Place solution in an evaporating dish, which is held by a tripod
2. Slowly heat it with a bunsen burner, which causes the solution to evaporate and be more concentrated
3. Then, crystals will start to fall, do to too much concentration, and solvent will no longer be there
4. Turn off bunsen burner and you are left with pure crystal, solids

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First you want to place the solution in an evaporating dish
Next you slowly heat it with a Bunsen burner. This will cause the solvent to evaporate and the solution to become more concentrated. Soon, crystals will start forming from the solid.

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A solution can't be filtered out because the soluble is already dissolved in the solvent.

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A solution can't be filtered out through filtration

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Filtration is used in chemistry to separate insoluble solids from liquids by using filter paper

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Filtration is used to separate insoluble solids from liquids

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In the video, it is said that a solution is a liquid and a soluble solid, but it does dissolve. Example was sodium chloride (solute) combined with water (solvent), which forms a solution.

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a solution is formed when a solute is in a solvent

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a mixture is classified between homogenous, and heterogenous by looking at the mixtures, and if you can see the different materials in the mixtures then its heterogeneous.

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A mixture can be classified as 2 things heterogeneous and homogeneous

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In the video they are using filtration crystallization and evaporation

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In the video, a mixture is classified as in placing a solid in a liquid and it doesn't dissolve, a mixture between a liquid and an insoluble solid.

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The techniques that are going to be used are filtration, evaporation, and crystallization.

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Crystallisation is an alternative to evaporation, it is used for solids that are susceptible  to decomposition.

1.  Place solution into evaporation dish (crucible).
2. Gently heat with a water bath.
3. Once some of the solvent has evaporated and crystals are beginning to become visible remove from water bath and let cool.
4. Filter out crystals from remaining solution, using filter paper and a funnel.
5. Dry the crystals by leaving them somewhere warm or leaving them in an oven.

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Thermal decomposition is when a solid decomposes while being heated.

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1. place solution in an evaporating dish
2. heat the dish in a water bath
3. wait until some of the solution has evaporated and crystals start  to form
4. stop heating it and leave it to cool
5.  observe that as the solution cools, more crystals will start to form
6. filter out crystals using filter paper and a funnel
7. Dry crystals

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1. Place the solution in an evaporating dish (crucible).
2. Set dish on a tripod.
3. Slowly heat with a bunsen burner.
4. Wait for solution to evaporate and crystals to form.

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thermal decomposition is when solids decompose when their heated

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1. place solution in an evaporating dish
2. place the dish on a tripod
3. slowly heat it with a bunsen burner
3. wait until crystals start to form and the rest of the solution is evaporated

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A solution can't be filtered out, you have to use either evaporation or crystallization.

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A solution can not be filtered out. This is because filtration doesn't work if the solute is dissolved in the solvent.

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Filtration is used in chemistry to separate insoluble solids from liquids.

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You use filtration in chemistry to separate insoluble solids from liquid using filter paper.