Do the calculation for both trials by the given numbers in the pictures and make up a fake number and also do the calculation for 3rd trial.

13.1 Experiment 13 Intensive Properties II: Specific Heat Introduction Thermal energy, often referred to as heat, is a form of energy that \"flows\"I spontaneously from an object of higher temperature to one of lower temperature. When two objects of different temperature are placed in contact with each other, heat will be evolved (given off) by the warmer object and absorbed by the cooler object. As this process proceeds, the temperature of the warmer object decreases and the temperature of the cooler object increases until the two objects reach thermal equilibrium at the some intermediate temperature and the \"flow\" of heat ceases, The magnitude of the temperature change is proportional to the amount of heat absorbed or evolved. Provided no change in phase or chemical reaction occurs, the relationship is given by Equation 13.1. q = msAT (13.1) where q = the amount of heat absorbed or evolved, m = the mass of the object, AT is its change in temperature (nal temperature minus initial temperature) ands is a property of the substance referred to as specic heat. By convention, q > 0 when heat is absorbed and q