which best explains why water has a high specific heat?\nhydrogen bonds decrease the amount of energy that…

which best explains why water has a high specific heat?\nhydrogen bonds decrease the amount of energy that is required for the temperature to change.\nhydrogen bonds increase the amount of energy that is required for the temperature to change.\nion - dipole interactions increase the amount of energy that is required for the temperature to change.\nion - dipole interactions decrease the amount of energy that is required for the temperature to change.

which best explains why water has a high specific heat?\nhydrogen bonds decrease the amount of energy that is required for the temperature to change.\nhydrogen bonds increase the amount of energy that is required for the temperature to change.\nion - dipole interactions increase the amount of energy that is required for the temperature to change.\nion - dipole interactions decrease the amount of energy that is required for the temperature to change.

Answer

Brief Explanations:

Water molecules are held together by hydrogen - bonds. These hydrogen - bonds need to be broken for the water to change temperature. Breaking hydrogen - bonds requires energy. So, hydrogen bonds increase the amount of energy needed for the temperature to change. Ion - dipole interactions are not relevant here as water is a neutral molecule and does not have ions in pure form for ion - dipole interactions to occur in this context.

Answer:

Hydrogen bonds increase the amount of energy that is required for the temperature to change.