For a given substance, do you expect the density of the substance in its liquidstate to be closer to the density in the gaseous state or in the solid state?Particles are far apart;possess complete freedomof motion; kinetic energies ofparticles >> energies ofparticle–particle attraction.Particles are closely packedbut randomly oriented; retainfreedom of motion; kineticenergies of particles similar toenergies of particle–particleattraction.Particles are closely packed inan ordered array; positionsare esse?t?ally fi?e?? e?er??esof particle–particleattraction >> kinetic energiesof particles.Chlorine, Cl2 Bromine, Br2 Iodine, I2Increasing intermolecular attractions GasLiquidCrystalline solidAdtate WindorSettings toactiv Chlorine, Cl2Bromine, Br2Iodine, I2Particles are far apart;possess complete freedomof motion; kinetic energies ofparticles >> energies ofparticle-particle attraction.Particles are closely packedbut randomly oriented; retainfreedom of motion; kineticParticles are closely packed inan ordered array; positionsare essentially fixed; energiesof particle-particleattraction >> kinetic energiesof particles.energies of particles similar toenergies of particle-particleattraction.A Figure 11.2 Gases, liquids, and solids. Chlorine, bromine, and iodine are all diatomicmolecules as a result of covalent bonding. However, due to differences in the strength of theintermolecular forces, they exist in three different states at room temperature and standardpressure: Cl2 is a gas, Br2 is a liquid, and I2 is a solid.

The condition of the matter is one of the distinct ways in which the matter can occur. Four phases…

Answered: Gas Liquid Crystalline solid Adtate…

Chemistry

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ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter18: Electrochemistry

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For a given substance, do you expect the density of the substance in its liquid
state to be closer to the density in the gaseous state or in the solid state?
Particles are far apart;
possess complete freedom
of motion; kinetic energies of
particles >> energies of
particle–particle attraction.
Particles are closely packed
but randomly oriented; retain
freedom of motion; kinetic
energies of particles similar to
energies of particle–particle
attraction.
Particles are closely packed in
an ordered array; positions
are esse?t?ally fi?e?? e?er??es
of particle–particle
attraction >> kinetic energies
of particles.
Chlorine, Cl2 Bromine, Br2 Iodine, I2
Increasing intermolecular attractions

Gas
Liquid
Crystalline solid
Adtate Windor
Settings to
activ

Chlorine, Cl2
Bromine, Br2
Iodine, I2
Particles are far apart;
possess complete freedom
of motion; kinetic energies of
particles >> energies of
particle-particle attraction.
Particles are closely packed
but randomly oriented; retain
freedom of motion; kinetic
Particles are closely packed in
an ordered array; positions
are essentially fixed; energies
of particle-particle
attraction >> kinetic energies
of particles.
energies of particles similar to
energies of particle-particle
attraction.
A Figure 11.2 Gases, liquids, and solids. Chlorine, bromine, and iodine are all diatomic
molecules as a result of covalent bonding. However, due to differences in the strength of the
intermolecular forces, they exist in three different states at room temperature and standard
pressure: Cl2 is a gas, Br2 is a liquid, and I2 is a solid.

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