No. A simplified answer is that mass could be the volume or the space that something takes up. Temperature is how cold or hot something is.
No. "Temperature" means "how hot it is". (The larger mass could have more or less heat energy in it, though. Even if they're both at the same temperature.)
Yes, two objects can have the same temperature but different amounts of mass. Temperature is a measure of the average kinetic energy of particles in an object, while mass is the amount of matter in an object. So, it is possible for objects with different masses to have the same kinetic energy and therefore the same temperature.
Yes, a body of larger mass can be hotter than a body of smaller mass if they are at the same temperature, but this typically refers to their thermal energy content rather than temperature alone. Temperature is a measure of the average kinetic energy of particles in a substance, and if both bodies are at the same temperature, they have the same average kinetic energy per particle, regardless of mass. However, the larger mass body will contain more total thermal energy due to its greater number of particles.
Yes, the mass of 100 grams of water will remain the same regardless of changes in temperature. Mass is a measure of the amount of matter in an object, and it does not change with temperature variations.
This is the formula for finding calories: calories= (Tf-Ti)mass Or, in words, you subtract the final temperature (the temperature of the fused waters) by its initial temperature (the hot/ cold water's original temperature). You then multiply this answer by the mass of the water before you mix them together. Your hot and cold water should both have the same mass, but not the same temperature.
No, if two objects have the same temperature, they are in thermal equilibrium and therefore are at the same level of hotness. Temperature is a measure of how hot or cold an object is, so if they have the same temperature, they will feel the same in terms of hotness.
The piece of chocolate with more mass would be at a higher temperature because it requires more energy to raise the temperature of a larger mass compared to a smaller mass, given that both pieces have the same average energy of motion.
an air mass
temperature and humidity, enabling the air mass to maintain its characteristics as it moves across the Earth's surface. This uniformity in air properties allows meteorologists to classify air masses based on their temperature and humidity characteristics.
If Mercury had the same mass as Earth, its temperature would still be higher due to its proximity to the Sun, lack of atmosphere to regulate temperature, and slow rotation causing extreme temperature differences between the day and night sides. The mass of a planet does not significantly influence its surface temperature compared to factors like distance from the sun and atmospheric composition.
There's no reason for the mass of anything to depend on its temperature.
No. The amount of mass in a given unit of volume is called density. Density varies depending on the substance and its temperature.