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A list of techniques used to separate mixtures is given below. crystallization filtration From the list choose the most suitable technique to separate the following. water from aqueous copper(II)sulphate __ helium from a mixture of helium and argon __ copper(III) sulphate from aqueous copper(II) sulphate __ ethanol from aqueous ethanol __ barium sulphate from a mixture of water and barium sulphate __

Question

A list of techniques used to separate mixtures is given below.
crystallization
filtration
From the list choose the most suitable technique to separate the following.
water from aqueous copper(II)sulphate
__
helium from a mixture of helium and argon
__
copper(III) sulphate from aqueous copper(II) sulphate
__
ethanol from aqueous ethanol
__
barium sulphate from a mixture of water and barium sulphate
__

A list of techniques used to separate mixtures is given below. crystallization filtration From the list choose the most suitable technique to separate the following. water from aqueous copper(II)sulphate __ helium from a mixture of helium and argon __ copper(III) sulphate from aqueous copper(II) sulphate __ ethanol from aqueous ethanol __ barium sulphate from a mixture of water and barium sulphate __

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LouieVeteran · Tutor for 12 years

Answer

### 1. Distillation<br />### 2. Diffusion<br />### 3. Crystallization<br />### 4. Distillation<br />### 5. Filtration

Explain

## Step1: Identify the appropriate separation technique for each mixture<br />### Analyze the properties of each mixture and match them with the most suitable separation technique from the given list.<br /><br />## Step2: Water from aqueous copper(II) sulphate<br />### Distillation is the most suitable technique as it separates components based on their boiling points. Water can be distilled off from the solution.<br />### **Title**: Distillation for separating water from aqueous copper(II) sulphate<br /><br />## Step3: Helium from a mixture of helium and argon<br />### Diffusion is the most suitable technique because helium, being lighter, diffuses faster than argon.<br />### **Title**: Diffusion for separating helium from a mixture of helium and argon<br /><br />## Step4: Copper(II) sulphate from aqueous copper(II) sulphate<br />### Crystallization is the most suitable technique as it allows the solid copper(II) sulphate to form crystals while leaving the water behind.<br />### **Title**: Crystallization for separating copper(II) sulphate from aqueous copper(II) sulphate<br /><br />## Step5: Ethanol from aqueous ethanol<br />### Distillation is the most suitable technique as it can separate ethanol from water based on their different boiling points.<br />### **Title**: Distillation for separating ethanol from aqueous ethanol<br /><br />## Step6: Barium sulphate from a mixture of water and barium sulphate<br />### Filtration is the most suitable technique as barium sulphate is insoluble in water and can be separated by filtering.<br />### **Title**: Filtration for separating barium sulphate from a mixture of water and barium sulphate<br /><br />#
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