because of the average kinetic energy
because of the average kinetic energy
Temperature is a measure of the average thermal energy of a system, so a teacup of tea and a teapot can have the same temperature. However, the teapot full of tea would have more thermal energy.
large heat capacity do not mean high in temperature. Both may have the same temperature but obviously the teapot has higher heat capacity compared to teacup as the teapot contain more than the teacup.Remember that heat capacity is directly proportional to the mass.
because of the average kinetic energy
the yellow one
5
Teapot
An official cup holds 226 ml. - You are defining a "small cup can" - so you can pick any size you want.
It's all about the size of an object, heat is a form of energy and the larger an object the more energy it can store, a teapot is considerably larger then a teacup, so the teapot holds more heat energy and therefore cools down slower then the teacup which holds less energy as it is smaller Or it could be because the boiling water in a teapot is completely surrounded by material so it has no where to lose it's heat except through the spout, a teacup has no lid so the heat can escape into the air around it
A fish tank would hold about 6 liters.
Mass holds temperature--the more mass, the better it holds temperature...but, conversely, the longer it takes to get it to temperature all the way through.
Temperature remain constant.