Consider an aluminium cup with mass at and water with a mass of contained in this cup at the same temperature. If the temperature of both the cup and water decreases to approximately how much energy is removed from the cup-water system?
The specific heat of water and aluminuim are and respectively.
If we immerse a steel ball with mass initially at into a styrofoam box containing of water at what is the approximate final temperature of the water at equilibrium, assuming that water was not vaporized and the water-steel ball system is thermally isolated?
The specific heat of water and steel are and respectively.
Consider a steel H-beam with mass and length If it absorbs a thermal energy of what is the approximate increase in the length of the H-beam, assuming that the specific heat of steel is and the the coefficient of linear expansion for steel is
If a certain metal with mass absorbs of energy by heat, the temperature of the metal rises by What is the approximate specific heat of the metal?
Approximately how much heat must be absorbed by water of mass at to increase its temperature to
The specific heat of water is