Which statement describes the transfer of heat between two objects?(1 point)
Particles bump into each other and transfer matter. This can be detected by a change
in temperature.
Particles bump into each other and transfer energy. This can be observed directly with
the human eye.
Particles bump into each other and transfer energy. This can be detected by a change
in temperature.
Particles bump into each other and transfer matter. This can be observed directly with
the human eye
The statement that describes the transfer of heat between two objects is:
Particles bump into each other and transfer energy. This can be detected by a change in temperature.
The correct statement that describes the transfer of heat between two objects is: "Particles bump into each other and transfer energy. This can be detected by a change in temperature."
The statement that best describes the transfer of heat between two objects is: "Particles bump into each other and transfer energy. This can be detected by a change in temperature."
To understand why this statement is correct, we need to understand that heat is a form of energy, and it is transferred from one object to another through the interaction of particles. When two objects with different temperatures come into contact, the particles in the hotter object have more energy and transfer some of it to the particles in the colder object through collisions.
This transfer of energy is what we perceive as heat. One way to detect this transfer is by observing a change in temperature. When heat is transferred from a hotter object to a colder object, the temperature of the colder object increases, while the temperature of the hotter object decreases. By using a thermometer or a temperature measuring device, we can observe and quantify this change in temperature.
Therefore, the correct statement is that particles bump into each other and transfer energy, and this transfer can be detected by a change in temperature.