QuestionJune 9, 2025

Molecules in a solid are harder than molecules in liquids or gases. transfer heat to their neighbors by a process called convection. are held in nearly fixed positions by strong attractive forces have no internal energy because they are not moving around.

Molecules in a solid are harder than molecules in liquids or gases. transfer heat to their neighbors by a process called convection. are held in nearly fixed positions by strong attractive forces have no internal energy because they are not moving around.
Molecules in a solid
are harder than molecules in liquids or gases.
transfer heat to their neighbors by a process called convection.
are held in nearly fixed positions by strong attractive forces
have no internal energy because they are not moving around.

Solution
4.7(244 votes)

Answer

Molecules in a solid are held in nearly fixed positions by strong attractive forces. Explanation 1. Analyze the statement about hardness Molecules in a solid are not necessarily "harder" than those in liquids or gases. Hardness is a property of materials, not individual molecules. 2. Evaluate heat transfer method Solids primarily transfer heat through conduction, not convection. Convection involves fluid motion, which does not occur in solids. 3. Examine molecular positions Molecules in a solid are held in nearly fixed positions by strong attractive forces, allowing only vibrational movement. 4. Assess internal energy claim Molecules in a solid have internal energy due to their vibrational motion, even though they do not move freely like in liquids or gases.

Explanation

1. Analyze the statement about hardness<br /> Molecules in a solid are not necessarily "harder" than those in liquids or gases. Hardness is a property of materials, not individual molecules.<br /><br />2. Evaluate heat transfer method<br /> Solids primarily transfer heat through conduction, not convection. Convection involves fluid motion, which does not occur in solids.<br /><br />3. Examine molecular positions<br /> Molecules in a solid are held in nearly fixed positions by strong attractive forces, allowing only vibrational movement.<br /><br />4. Assess internal energy claim<br /> Molecules in a solid have internal energy due to their vibrational motion, even though they do not move freely like in liquids or gases.
Click to rate:

Similar Questions