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When a liquid becomes a gas, what four things happen?
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
The theory about how matter acts and why it acts that way is called the
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
When matter is exposed to a heat source,
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
When a gas becomes a liquid, what four things happen?
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
When a solid becomes a liquid, what four things happen?
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
Which of the following describes the atoms an molecules in a liquid?
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
When a liquid becomes a solid, what four things happen?
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
When matter is exposed to a substance of a lower temperature,
Energy increases, temperature increases, volume increases, and viscosity decreases.
Kinetic Molecular Theory
They have too much energy to be locked together in a fixed position, but not enough energy to spread apart.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity decreases allowing it to flow faster.
Energy increases, temperature increases, volume increases, and viscosity decreases.
Energy decreases, temperature decreases, volume decreases, and viscosity increases.
the viscosity increases causing it to flow slower.
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