No. When two bodies or regions are at the same temperature, equilibrium is already reached & no transfer of heat occurs.
No.
heat will flow from the iron to the water until both are the same temperature
Water equivalent is a measure used to express the heat capacity of a material in terms of the equivalent mass of water that would absorb the same amount of heat. It is calculated by determining how much heat is required to change the temperature of the material and then comparing that to the heat needed to change the temperature of a specific mass of water. This concept is useful in thermodynamics and calorimetry for simplifying calculations involving heat transfer. Essentially, it allows for the comparison of different substances in terms of their thermal properties relative to water.
A bucket of clear water will generally heat faster than a bucket of muddy water. This is because muddy water contains particles that can absorb and scatter heat, reducing the efficiency of heat transfer. Additionally, the impurities in muddy water can increase its specific heat capacity, requiring more energy to raise its temperature compared to clear water. Thus, clear water will reach a higher temperature more quickly under the same heating conditions.
In SI units, temperature is measured in Kelvin (K), and when people record the "heat" (such as how warm a room is, etc.) they usually mean temperature. If you mean heat in the strict scientific sense, you're talking about a transfer of energy, and energy has SI units of Joules.
No, heat transfer occurs due to a temperature difference between two substances. If both substances are at the same temperature, there is no temperature gradient to drive heat transfer, so no heat transfer will occur.
It is when all bodies are at the same temperature.
This is not possible. Heat always move from a body of high temperature to a body of low temperature.
yes
The transfer of heat can be considered to have ended when the temperature of the system and its surroundings have reached equilibrium, meaning they are the same. This can be determined using a thermometer or by observing that there is no further change in temperature over time.
yes
have the same temperature and there is no net heat transfer between them.
when the temperature of the liquid is the same throughout.
yes
When two objects at the same temperature are in contact, no heat will transfer between them as there is no temperature difference driving the heat transfer. This is known as thermal equilibrium, where the objects reach a balance in their thermal energies.
It means that the temperature of both objects have reached an Equilibrium, and is said to be balanced. Therefore, there is nothing to transfer. Any difference in the temperatures will level out.
Energy is transferred as heat between two objects at the same temperature due to thermal equilibrium. In this state, there is no temperature difference driving heat flow, so heat transfer still occurs to maintain equilibrium between the two objects.