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Kenzo- Sodium chloride has a giant ionic lattice structure, extending 3- dimensionally. Therefore a large amount of energy would be needed to overcome the strong electrostatic forces of attraction between sodium cation and chloride anion
Whereas chloride only has a simple molecular structure, thus only a small amount of energy is required to be absorbed to overcome the weak intermolecular forces of attraction between the chlorine molecules.

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There are covalent bonds between the chloride atoms forming simple molecules. Chlorine has weak intermolecular forces of attraction between the molecules, causing chlorine to be a gas in room temperature. However, for sodium chloride, it forms a giant lattice structure due to the strong ionic forces of attraction between the chloride and sodium molecules, hence causing sodium chloride to be solid in room temperature.

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NaCl has an giant ionic lattice structure consisting of bonds between the positive sodium ions and the negative chlorine ions. Hence, a large amount of energy is required to overcome the strong electrostatic forces of attraction between the oppositely charged ions, hence it has a high melting point. 

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NaCl has an giant ionic lattice structure consisting of bonds between the positive sodium ions and the negative chlorine ions. Hence, a large amount of energy is required to overcome the strong electrostatic forces of attraction between the oppositely charged ions, hence it has a high melting point. 

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Cl2 has a simple covalent structure that has weak internilecular forces of attraction, hence a low amount of energy is needed to overcome the weak bonds, resulting in a low melting point. Therefore, cl2 is a gas at room temperaturw while nacl is a solid at room temperature.

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NaCl has a giant ionic lattice structure, a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ & Cl- ions.
Cl2 has a simple molecular structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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Nacl has a giant ionic lattice structure, a large amount of energy has to be absorbed to overcome the strong electrostatic FOA between the Na+ cation and the Cl- anion

Cl2 has a simple molecular structure, only a small amount of energy had to be absorbed to overcome the weak intermolecular FOA between the Cl2 molecules

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NaCl has a giant ionic lattice structure, extending 3-dimensionally with Na ion and Cl ion strongly bonded together. A large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the cation and anion. Thus it has a high melting and boiling point as it’s bonds are not broken easily

Cl2 has a simple covalent structure, with small discrete molecules made of Cl2 ions covalently bonded together. A Low amount of energy has to be absorbed to overcome the weak intermolecular forces of attraction between the molecules. Thus it has a Low melting and boiling point as its bonds can be broken easily with less energy

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NaCl has a giant ionic lattice structure, so a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions.

Cl2 has a simple molecular structure, so only a small amount of energy has to absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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Nacl has a giant ionic lattic structure, a large amount of energy has to be absorbed to overcome the sting electrostatic forces of attraction between the Na+ and Cl- ions.
Cl2 has a similar molecular structure, only a small amount of energy has to be absorbed to overcomd the weak forces of attraction between the Cl2 molecules.

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NaCl has a giant ionic structure, a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions.

Cl2 has a simple molecular structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ ions and Cl- ions.

Cl2 has a simple molecular structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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NaCl has a Giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.

Cl2 has a  simple molecular structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak intermolecular forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.
Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.
:))

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NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.
Cl2 has a simple molecular structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattic structure,a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions.
Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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nacl has a giant ionic lattice structure，a large amount of energy has to be absorbed to overcome the strong forces of attraction between the na+ and cl- ions
cl2 has simple covalent structure，only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the cl2 molecules

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NaCl has a giant ionic lattice structure ,a large amount of energy needs to be absorbed to overcome the strong forces of attraction between the Na+ and Cl- ions.
Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules

# data[].attributes.body
NaCl has a giant ionic lattice structure and hence, a large amount of energy has to be absorbed to overcome the strong forces of attraction between the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

# data[].attributes.body
NaCl has a large ionic lattice structure, a large amount of energy has to be absobed to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions

Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules

# data[].attributes.body
NaCl has a giant ionic lattice  structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattice structure,a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions.

Cl2 has a simple covalent structure, thus only a small amt of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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NaCl has a giant ionic lattice structure, thus a large amount of energy has to be absorbed in order to overcome the strong electrostatic forces of attraction between the Na+ and Cl- ions.

Cl2, an ionic compound, has a simple molecular structure, hence only a small amount of energy has to be absorbed in order to overcome the weak forces of attraction between the Cl2 molecules.

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NaCl has a giant ionic lattice structure, thus a large amount of energy has to be absorbed to overcome the strong electrostatic forces of attraction between the Na+ and the Cl- ions.

Cl2 has a simple covalent structure, hence only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

# data[].attributes.body
NaCl has a giant lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple molecular structure, only a small  amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure,ba large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btwn the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt of energy has to be absorbed to overcome the weak forces of attraction btwn the Cl2 molecules.

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Kai Xiang

NaCl has a giant ionic lattice structure, hence a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure, which requires a large amount of energy to overcome the strong electrostatic forces of attraction betweenthe Na+ and Cl- ions.

Cl2 is a simple covalent substance and has a simple molecular structure, requiring only a small amount of energy has to overcome the weak forces of attraction between each discrete Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amount of energy has to be absorbed to overcome the strong forces of attraction between the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amount of energy has to be absorbed to overcome the weak forces of attraction between Cl2 molecules.

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NaCl has a giant ionic lattice structure, only a large amt of energy has to be absorbed to overcome the stong electrostatic forces of attraction between Na+ and Cl- ions

Cl2 has a simple covalent structure. only a small amount of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amount of energy has to be absorbed to overcome  the strong electrostatic forces of attraction between Na+ and Cl- ions.

Cl2 has a simple covalent structure and only a small amount of energy needs to be absorbed to overcome the weak forces of attraction between the Cl2 molecules

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt of energy has to be absorbed to overcome the weak forces of attraction between the Cl2 molecules

# data[].attributes.body
NaCl has a ionic lattice  structure, a large amt of energy has to be absorbed to overcome the strong forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome weak forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 (simple covalent substance) has a simple molecular structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

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NaCl has a ___giant ionic lattice___________  structure, a __large______ amt of energy has to be absorbed to overcome the ______weak_________ forces of attraction btw the Na+ and ____Cl-___________ ions.

Cl2 has a __simple covalent_________ structure, only a ___small____ amt. of energy has to be absorbed to overcome the _____weak______ forces of attraction btw the Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak intermolecular forces of attraction btw the Cl2 molecules.

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NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl-ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak intermolecular forces of attraction btw the Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

# data[].attributes.body
NaCl has a giant ionic lattice structure, a large amt of energy has to be absorbed to overcome the strong electrostatic forces of attraction btw the Na+ and Cl- ions.

Cl2 has a simple covalent structure, only a small amt. of energy has to be absorbed to overcome the weak forces of attraction btw the Cl2 molecules.

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NaCl has a ____________ _____________  structure, a ___________ amt of energy has to be absorbed to overcome the _______________ forces of attraction btw the Na+ and _______________ ions.

Cl2 has a ____________ ______________ structure, only a _______________ amt. of energy has to be absorbed to overcome the _________________ forces of attraction btw the Cl2 molecules.