What happens to a metal pipe when heated with 100 c liquid

When a metal pipe is heated with a liquid at 100°C, it will expand due to heat and that can be explained using the concept of Thermal Expansion. Understanding Thermal Expansion Thermal Expansion refers to the tendency of materials, including metals, to expand or increase in size when they are heated. When a material is subjected to an increase in temperature, its atoms or molecules gain kinetic energy and vibrate more rapidly. This increased thermal energy causes the atoms or molecules to move apart, leading to an expansion of the material. Considering a metal pipe, as the pipe absorbs heat from the liquid, it undergoes thermal expansion. Metals generally expand when heated, and the extent of expansion depends on their coefficient of thermal expansion. The pipe will increase in length, diameter, and volume, but the degree of expansion will vary based on the specific metal. Learn more about thermal expansion here: brainly.com/question/1166774 #SPJ1

When a metal pipe is heated with 100℃ liquid, it will B. expand When a metal pipe is heated with a 100°C liquid, it expands due to thermal expansion. Metal molecules move more vigorously with heat, causing the material to expand. This principle is similar to how materials in thermometers behave. When a metal pipe is heated with a 100°C liquid, the metal undergoes thermal expansion. When metal is heated, its molecules move more vigorously, causing the material to expand. This principle is observed in various devices, such as bimetallic thermometers, where metals expand and contract differently due to heat. Correct question is: What happens to a metal pipe when heated with a 100℃ liquid? A. The pipe melts B. The pipe expands C. The pipe contracts D. The pipe doesn't change