select all the correct answers. which statements correctly describe water boiling in a pot? air bubbles from…

select all the correct answers. which statements correctly describe water boiling in a pot? air bubbles from the atmosphere are being absorbed. the waters internal kinetic energy is increasing. the water is gaining internal potential energy. the waters temperature is increasing. individual water molecules are escaping.

select all the correct answers. which statements correctly describe water boiling in a pot? air bubbles from the atmosphere are being absorbed. the waters internal kinetic energy is increasing. the water is gaining internal potential energy. the waters temperature is increasing. individual water molecules are escaping.

Answer

Brief Explanations:

  • When water boils, heat energy is used to break the intermolecular forces. This increases the internal kinetic energy of water molecules as they move more vigorously. Also, individual water - molecules gain enough energy to escape into the air as steam. During boiling, the temperature remains constant at the boiling point (under constant pressure), and there is no significant change in internal potential energy related to the boiling process itself. Air bubbles are not being absorbed during boiling; rather, they are water vapor bubbles forming due to the phase change.

Answer:

  • The water's internal kinetic energy is increasing.
  • Individual water molecules are escaping.