Whatever temperature you want the mass to have, the more mass there is, the more
heat energy you'll have to pump into it in order to raise it to that temperature.
Or the more heat energy you'll have to pump out of it in order to cool it to that temperature.
Thermal energy is generated by the friction with the air (air resistance), it does not depend on the mass but the surface area of a falling object.
Thermal energy is pretty much the heat in an object. However different parts of the object can have different temperatures, so thermal energy is the average of all that. The formula for thermal energy is: q(change in the thermal energy) = m(mass) x c(specific heat (the amount of energy needed to raise 1 kg of an object 1 K)) x delta t(change in temperature)
yes-increase its mass
no it does not thermal energy has no affect on mass
raising of object temperature, the mass, specific heat
Thermal energy is generated by the friction with the air (air resistance), it does not depend on the mass but the surface area of a falling object.
Thermal energy is pretty much the heat in an object. However different parts of the object can have different temperatures, so thermal energy is the average of all that. The formula for thermal energy is: q(change in the thermal energy) = m(mass) x c(specific heat (the amount of energy needed to raise 1 kg of an object 1 K)) x delta t(change in temperature)
yes-increase its mass
no it does not thermal energy has no affect on mass
The total energy of an object depends mainly on the mass of the particular object and the bond formation, and conditions such as temperature, pressure etc.
raising of object temperature, the mass, specific heat
The "amount of matter" is a popular - and not very precise - term for the object's mass.
The mass has quite a big influence on the kinetic energy, cause its a factor in the formula: 1/2mv2
The amount of heat energy in an object depends on three things : it's temperature, it's mass, and the material it's made from.
Thermal energy is a product of two variables; the temperature, and the mass. If two objects having the same mass were heated to the same temperature, they would have the same thermal energy. If an object weighing ten grams was heated to 1000º C, it would have less thermal energy than an object weighing 2 tons, heated to 100º C. To demonstrate this, imagine the amounts of ice each of the above objects could melt.
I would say that an object's thermal energy depends on four factors: its mass, its temperature, its heat capacity, and any phase changes, for example from solid to liquid.I would say that an object's thermal energy depends on four factors: its mass, its temperature, its heat capacity, and any phase changes, for example from solid to liquid.I would say that an object's thermal energy depends on four factors: its mass, its temperature, its heat capacity, and any phase changes, for example from solid to liquid.I would say that an object's thermal energy depends on four factors: its mass, its temperature, its heat capacity, and any phase changes, for example from solid to liquid.
Thermal energy depends on mass, temperature and specific heat capacity of the material. Larger means, is that in mass? If so then thermal energy would be more in larger compared to that smaller at the same temperature provided both are made up of the same material.