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1. Identify the bonding in your structure.
2. List the properties of your structure.
3. Give the uses of your structure.
4. Relate the property and uses to its structure.
5. How does the global context link to the structure.
EXTENSION: Can you find an interesting article/ news story for your structure.

# data[].attributes.body
1. Identify the bonding in your structure.
2. List the properties of your structure.
3. Give the uses of your structure.
4. Relate the property and uses to its structure.
5. How does the global context link to the structure.
EXTENSION: Can you find an interesting article/ news story for your structure.

# data[].attributes.body
1. Identify the bonding in your structure.
2. List the properties of your structure.
3. Give the uses of your structure.
4. Relate the property and uses to its structure.
5. How does the global context link to the structure.
EXTENSION: Can you find an interesting article/ news story for your structure.

# data[].attributes.body
1. Identify the bonding in your structure.
2. List the properties of your structure.
3. Give the uses of your structure.
4. Relate the property and uses to its structure.
5. How does the global context link to the structure.
EXTENSION: Can you find an interesting article/ news story for your structure.

# data[].attributes.body
1. Identify the bonding in your structure.
2. List the properties of your structure.
3. Give the uses of your structure.
4. Relate the property and uses to its structure.
5. How does the global context link to the structure.
EXTENSION: Can you find an interesting article/ news story for your structure.

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Properties of Carbon Nano Tubes: (Hanin)

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Properties of Carbon Nano Tubes: (Hanin)

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- Electrical Conductivity: they can conduct electricity better than metals.
- Strength and Elasticity: they are strong and elastic meaning it takes a lot of strength to bend carbon nano tubes.
- Thermal conductivity: they can conduct heat and cool very well because the stiffness of the carbon bond helps transmit this vibration throughout the nanotube, providing very good thermal conductivity.
- Electron Emission: it has high chemical stability and high mechanical strength.
- High Aspect Ratio: means that a lower loading, concentration of CNTs is needed compared to other conductive additives to achieve the same electrical conductivity.

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list the properties of diamonds (Hammad)

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list the properties of diamonds (Hammad)

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Hardness and crystal structure.

Toughness.

Optical properties.

Electrical properties.

Thermal conductivity.

Thermal stability.

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The potential uses of carbon nanotubes are the following:
- Allowing batteries to last longer and charge faster.
-  Removing breast cancer tumors
- artificial muscles that can lift 200 times the weight.
- Clean up oil spills.

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has a high melting point, similar to that of diamond.

has a soft, slippery feel, and is used in pencils and as a dry lubricant for things like locks.

has a lower density than diamond.

is insoluble in water and organic solvents - for the same reason that diamond is insoluble.

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what is the bonding in diamonds (Hammad)

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what is the bonding in diamonds (Hammad)

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Diamonds are organised in a giant lattice structure with strong covalent bonds between carbon atoms. Each carbon atom forms 4 bonds. Explanation: Each carbon atom has four electrons in its outer shell, all of which form covalent bonds which are strong and hard to break.

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Give the uses of diamond (Zayedrocks LAND UHUHUHUHUHUHUHUHUHUHU)

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Give the uses of diamond (Zayedrocks LAND UHUHUHUHUHUHUHUHUHUHU)

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Diamond is used in drilling machines, reflecting light, necklaces, jewelry, mining, drill bits, saw edges and military

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Graphite is the only non-metal element that is a good conductor of electricity. Natural graphite is used mostly in what are called refractory applications.

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How the structure is important to the potential uses (Nicola)

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How the structure is important to the potential uses (Nicola)

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The incredibly tiny size of these tubes allow it to be used for incredibly miniscule jobs such as removing breast cancer, creating artificial muscles and cleaning up oils spills.

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Buckminster fullerene is related to identities and relationships because it is united and it has different colors which means different identities like diamonds,graphite, and fullerene.For relationship they are all together and bonding as well each polygon and a bond along each polygon edge.Also in fullerene all atoms are connected together to create a form of ball.

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Diamonds are related to the global context orientation in space and time because in our time diamonds are used a lot and are found in many places and in this time period they are very expensive and wanted but before people did not really care but they are now very high in demand.

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The bonding of the carbon nanotubes are made of the covalent bonds that for between the atom.

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It is related to identities and relationships because graphite is soft and diamonds are hard so that relates to how different identities bond together or how they are related.And for relationship they are together bonding and the way the carbon atoms are arranged in space, however, is different for the three materials, making them allotropes of carbon.As well both diamond and graphite are made entirely out of carbon, as is the more recently discovered buckminsterfullerene

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How does the global context link? "Identities and Relationships"

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How does the global context link? "Identities and Relationships"

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Covalent carbon bonds of the structure links with the global context as the atom has not changed it's identity and bonded with it's same kind.

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Buckminsterfullerene is a black solid although it is coloured in certain solutions eg deep red when in petrol. The tube fullerenes are called nanotubes which are very strong and are conductors of electricity. Their unusual electrical properties mean that nanotubes are used as semiconductors in electronic circuits.

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https://www.youtube.com/watch?v=FBzv8pQYcdA

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picture

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-Each silicon is surrounded by four oxygens.
-ilicic acid or silicic acid anydride is an oxide of silicon with the chemical formula SiO₂
-Silicon (Si) is the second most abundant element by weight on Earth, second only to oxygen. It has fourteen protons in the nucleus, giving it an atomic number of fourteen.
-Jacob Berzelius is typically credited with discovering silicon in 1824.

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Silicon is a hard, relatively inert metalloid and in crystalline form is very brittle with a marked metallic luster. Silicon occurs mainly in nature as the oxide and as silicates. The solid form of silicon does not react with oxygen, water and most acids. Silicon is never found in nature in free form. In crystallized form it is only reactive under conditions of extremely high temperatures.

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Here is what a graphite looks like in its natural form before its processed

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-Equipment
-Jewelry
-Beauty products
-Glass cutting
-Electronic application

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Silicon has 4 valence electrons. In order to form an ionic bond, silicon would have to gain or lose 4 electrons ... this isn't going to happen. Instead, silicon bonds covalently (most frequently with oxygen SiO2, but also with carbon).

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The element silicon is used extensively as a semiconductor in solid-state devices in the computer and microelectronics industries. For this, pure silicon is needed. The silicon is selectively used with tiny amounts of boron, gallium, phosphorus or arsenic to control its electrical properties.

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The structure of graphite consists of many flat layers of hexagons. The layers are called graphene sheets. Each carbon atom in the layer is joined by strong covalent bonds to only three other carbon atoms. Carbon is in group 4 of the periodic table and so it has
four electrons in its outer shell. Three of these electrons
are used for covalent bonding in the graphene sheet.

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https://create.kahoot.it/k/fe3a4d21-d0ec-4d6b-af6c-53d9e347b0b9

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Buckminsterfullerene is a polyhedral CARBON structure composed of around 60-80 carbon atoms in pentagon and hexagon configuration. They are named after Buckminster Fuller because of structural resemblance to geodesic domes. Fullerenes can be made in high temperature such as arc discharge in an inert atmosphere.

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https://www.irmi.com/articles/expert-commentary/silica-the-next-environmental-issue

Silica is a known carcinogen. The most common disease, Silicosis is a disease that scars the tissue of the lung, making breathing a struggle because the lung's ability to extract oxygen from the air is difficult.

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Silica relates to the Global Context because it can bond with sand, and also oxygen. So it has "relationships" with multiple forms.

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https://create.kahoot.it/k/2e220740-897e-4aae-8d2f-20939764565f

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https://docs.google.com/presentation/d/1iZbpIDPJ_ioqIMu47zqPnfJ4LhmhUHAqiG4Z3HPTMHU/edit?usp=sharing