Kinetic Enery and Kelvin Temperature

Kinetic Enery and Kelvin Temperature - Transcript

Kinetic Energy and Kinetic Energy and Kelvin Temperature

BY Ashely DiPadova Dan Kelly Bob Lynch Christina Ottey

What Will Be Covered What Will Be Covered
Kinetic Energy Kelvin Temperature How the Two Are Related The Kelvin Scale


Kinetic Energy Kinetic Energy


Kinetic energy is the energy an object has because of its motion

Kelvin Temperature Kelvin Temperature


Kelvin Temperature or absolute zero is the temperature at which the motion of particles probably stops

How the Two Are Related How the Two Are Related






An increase in the average kinetic energy of particles causes the temperature of a substance to rise As a substance cools the particles move more slowly and their average kinetic energy declines Particles would have no kinetic energy at absolute zero because they would have no motion

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The following graph shows the distribution of kinetic energies at two different temperatures

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The Kelvin temperature scale reflects the relationship between temperature and average kinetic energy The Kelvin temperature of a substance is directly equal to the average kinetic energy of the particles of a substance

The Kelvin Scale The Kelvin Scale



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Conclusion Conclusion




Kelvin temperature effects the kinetic energy of a substance If temperature increases so does energy At any given temperature the particles of all substances regardless of physical state have the same kinetic energy

References References


All information gathered was from the Chemistry textbook pgs 269 272

QUESTIONS QUESTIONS