Crystals
Aim: To learn about a saturated solution and how to make crystals
Definition of the solution:
A liquid mixture, when something is dissolved into a liquid (eg: sugar in water)
Definition of saturated:
Having or holding as much as can be absorbed of something (when no more sugar or borax can be dissolved into the water)
In groups of three, you will make three different types of crystals and compare the results.
Ratio; 3 Tablespoons Borax per 1/2 cup water
Materials
1) Pipe Cleaners
2) Peg
3) Borax
4) Stirring Stick
5) Warm Water
Process
Step 1: Shape pipe cleaners into stars
Step 2: Hang star o
Step 3: Label your cup
Step 4: Make up a salt solution
Step 5: Tie some string onto your stirring stick
Step 6: Make sure the string is in the Saturated solution
Sugar Crystals
Ratio: 1 cup sugar to 1/2 cup water
Materials
1) String
2) Sugar
3) Cup
4) Stirring Stick
5) Warm Water
Process
Step 1: Make your Saturated mixture
Step 2: Mix it for about 5-10 mins
Step 3: Tie a piece of string onto your stirring stick
Step 4: Place it into your mixture and
Step 5: Wait for maybe a week
Ratio: 4 Tablespoons salt to 1/2 cup water
Materials
1) Pipe Cleaners
2) String
3) Pegs
4) Cups
5) Salt
Process
Step 1: Make your Saturated mixture
Step 2: Mix it for about 5-10 mins
Step 3: Tie a piece of string onto your stirring stick
Step 4: Place it into your mixture and
Step 5: Wait for maybe a week
Findings
Describe your crystals in the table below.
Extra Findings while mixing...
I found that when mixing it takes a little while to make the mixture but also when you leave it for a few seconds, and you scrape your stick along the bottom and bring your stick up it still has borax on it but then dissolves again.
Crystal Type
Shape
(Describe the shape)
Size
(of individual crystals)
Hardness
(Crumbly to Rock Hard)
Borax
Round squared ball
Big and SmallHard
Sugar
Square
Medium Smooth
Salt
Cube
What crystals worked out best and why?:
Conclusion:
Aim: To learn about a saturated solution and how to make crystals
Definition of the solution:
A liquid mixture, when something is dissolved into a liquid (eg: sugar in water)
Definition of saturated:
Having or holding as much as can be absorbed of something (when no more sugar or borax can be dissolved into the water)
In groups of three, you will make three different types of crystals and compare the results.
Ratio; 3 Tablespoons Borax per 1/2 cup water
Materials
1) Pipe Cleaners
2) Peg
3) Borax
4) Stirring Stick
5) Warm Water
Process
Step 1: Shape pipe cleaners into stars
Step 2: Hang star o
Step 3: Label your cup
Step 4: Make up a salt solution
Step 5: Tie some string onto your stirring stick
Step 6: Make sure the string is in the Saturated solution
Sugar Crystals
Materials
1) String
2) Sugar
3) Cup
4) Stirring Stick
5) Warm Water
Process
Step 1: Make your Saturated mixture
Step 2: Mix it for about 5-10 mins
Step 3: Tie a piece of string onto your stirring stick
Step 4: Place it into your mixture and
Step 5: Wait for maybe a week
Step 5: Wait for maybe a week
Ratio: 4 Tablespoons salt to 1/2 cup water
Materials
1) Pipe Cleaners
2) String
3) Pegs
4) Cups
5) Salt
Process
Step 1: Make your Saturated mixture
Step 2: Mix it for about 5-10 mins
Step 3: Tie a piece of string onto your stirring stick
Step 4: Place it into your mixture and
Step 5: Wait for maybe a week
Findings
Describe your crystals in the table below.
Extra Findings while mixing...
I found that when mixing it takes a little while to make the mixture but also when you leave it for a few seconds, and you scrape your stick along the bottom and bring your stick up it still has borax on it but then dissolves again.
Crystal Type
|
Shape
(Describe the shape) |
Size
(of individual crystals) |
Hardness
(Crumbly to Rock Hard) |
Borax
| Round squared ball | Big and Small | Hard |
Sugar
| Square | Medium | Smooth |
Salt
| Cube |
What crystals worked out best and why?:
Conclusion:
Conclusion:
Type
Explanation
Salt
Salt is formed by evaporation by salty water, like sea water. Enclosed bays are where you could find sea salt. In region places.
Sugar
Most green plants produce sugars, they create a form of sugar. If a plant makes more food than it requires, it stores it. The sugar is made from many green plants.
Snowflakes
A snowflake creates an ice crystal. Water Vapour freezes normal crystals, building new ones - A snowflake also has 6 arms, sometimes
Type
Number of sides
Picture
Type
|
Explanation
|
Salt
|
Salt is formed by evaporation by salty water, like sea water. Enclosed bays are where you could find sea salt. In region places.
|
Sugar
|
Most green plants produce sugars, they create a form of sugar. If a plant makes more food than it requires, it stores it. The sugar is made from many green plants.
|
Snowflakes
|
A snowflake creates an ice crystal. Water Vapour freezes normal crystals, building new ones - A snowflake also has 6 arms, sometimes
|
Type
|
Number of sides
|
Picture
|
2 EXAMPLES
Monoclinic
3
Monoclinic
| 3 |
Cube, Octahedron
Isometric
0 Cube, octahedron
Hexagonal
7 Dipyramid, Prism, rhombohedron
Tetragonal
0 Zircon, rutile
Orthorhombic
2 Sulfur, topaz
Triclinic
Albite, rhodonite
Cube, Octahedron | |||
Isometric
| 0 | Cube, octahedron | |
Hexagonal
| 7 | Dipyramid, Prism, rhombohedron | |
Tetragonal
| 0 | Zircon, rutile | |
Orthorhombic
| 2 | Sulfur, topaz | |
Triclinic
| Albite, rhodonite | ||
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