Question

When temperatures are near absolute zero, what process causes atoms to begin to clump?

A) Plasmology
B) Cornell-Weisman condensation
C) Condensate
D) Bose-Einstein condensation

Answer 1

D) Bose-Einstein condensation is the correct answer.

Step-by-step explanation:

When temperatures are near absolute zero, Bose-Einstein condensation causes atoms to begin to clump.

Bose-Einstein condensate where atoms in the group or separate atoms are cooled to a temperature that is very near to the absolute zero.

When the group of atoms reached that temperature close to absolute zero, then atom has no free energy left and they are not in the moving stage. At that stage, the atoms start to clump together and they enter into the same energy level.They become similar, in terms of physical appearances.

Answer 2

Absolute zero is the temperature at which a thermodynamic system has the lowest energy. It has the value −273.15 °C in Celsius scale and −459.67 °F calculated in the Fahrenheit.
therfore,
When temperatures is near to absolute zero Bose-Einstein condensation causes atoms to begin to clump.
so the right answer is D) Bose-Einstein condensation