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Categorías: Todo - carbon - compounds - properties - network

por Chynara Yusupova hace 3 años

171

Tree organigram

Carbon is a versatile element known for its ability to form long chains through a process called catenation. This property results in the creation of numerous organic compounds, such as methane and ethylene, characterized by strong and stable carbon-carbon bonds.

TRIGONOMETRIC FUNCTIONS

por MAMADOU BARRY

Hydrogen + Nitrogen = Ammonia

por Hammad Dallal

Element , Compound and Mixture

por Nora Sheqin

Transport in Animals

por Pickerell Pickerell

CARBON

Organic Compound

Through catenation, carbon forms a countless number of compound a tally of unique

Carbon can form very long chains of inter connecting carbon-carbon bonds, property that is called catenation carbon-carbon bonds are strong and stable.

CH4, CH2=CH2 (methane) (ethylene)

Polymer

Tensile strength and modulus at elasticity higher than other

Polyethylene

The matrix is usually a polymer riser, such as epoxy, to bind the reinforcement together

Covalent Network Solid

DIAMOND

Sp3 hybridized tetrahedral form a giant network in which carbon atoms form size membered ring

Due to the strength of the covalent network solids have high melting point. 3D network solids are soft due to the case with which the network layers can slide post each other

Tree organigram

Carbon is a versatile element known for its ability to form long chains through a process called catenation. This property results in the creation of numerous organic compounds, such as methane and ethylene, characterized by strong and stable carbon-carbon bonds.

TRIGONOMETRIC FUNCTIONS

Hydrogen + Nitrogen = Ammonia

Element , Compound and Mixture

Transport in Animals

CARBON

Organic Compound

Through catenation, carbon forms a countless number of compound a tally of unique

Carbon can form very long chains of inter connecting carbon-carbon bonds, property that is called catenation carbon-carbon bonds are strong and stable.

CH4, CH2=CH2 (methane) (ethylene)

Polymer

Tensile strength and modulus at elasticity higher than other

Polyethylene

The matrix is usually a polymer riser, such as epoxy, to bind the reinforcement together

Covalent Network Solid

DIAMOND

Sp3 hybridized tetrahedral form a giant network in which carbon atoms form size membered ring

Ionic compound

Melting point and boiling point high

Al4C3,CaC2

Solubility in H2O=> reacts to make natural gas

Ca2[C=C]-2

Mindomo

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Tree organigram

Carbon is a versatile element known for its ability to form long chains through a process called catenation. This property results in the creation of numerous organic compounds, such as methane and ethylene, characterized by strong and stable carbon-carbon bonds.

TRIGONOMETRIC FUNCTIONS

Hydrogen + Nitrogen = Ammonia

Element , Compound and Mixture

Transport in Animals

CARBON

Organic Compound

Through catenation, carbon forms a countless number of compound a tally of unique

Carbon can form very long chains of inter connecting carbon-carbon bonds, property that is called catenation carbon-carbon bonds are strong and stable.

CH4, CH2=CH2 (methane) (ethylene)

Polymer

Tensile strength and modulus at elasticity higher than other

Polyethylene

The matrix is usually a polymer riser, such as epoxy, to bind the reinforcement together

Covalent Network Solid

DIAMOND

Sp3 hybridized tetrahedral form a giant network in which carbon atoms form size membered ring

Ionic compound

Melting point and boiling point high

Al4C3,CaC2

Solubility in H2O=> reacts to make natural gas

Ca2[C=C]-2

Difunde Mindomo

Mindomo

Más información

Preguntas Frecuentes