I need help on this lab https://media.pearsoncmg.com/bc/bc_0media_chem/chem_sim/calorimetry/Calor.php

Where did the heat that melted the ice come from? How do you how? Calculate the heat lost by the warm water. Show your work Heat lost by water = J . Awarding to the First Law of Thermodynamics (Conservation of Energy) the heat lost by one part of a system must be equal to the hat gained by another part of the system. That is heat lost = heat gained, or better yet Heat lost by water = Halt gained by ice = heat gained by warming melted ice water + heat gained by melting ice. From this equation, how much heat MUST be gained by the ice? Heat gained by ice = __ J. As you can see, the heat gained by the ice goes into two places, melting the ice (latent heat) and then warming up.the melted ice water to the nal temperature. Now let's go after the heat gained by melting the ice water. When the ice melted, how much water did it produce? Mass of melted ice water = g. What do you think was the temperature of this melted ice just after it melted? Why? (do not use the graph to anSWer this question - recall the melting point of ice!) Temperature of melted ice water = 0C. Calculate the heat absorbed by this melted ice water as it warms up to the nal temperature. Show your work. Heat gained by warming melted ice water = J. NOW you can use the conservation 0f energy equation to solve for how much energy went into melting the ice: Heat gained by melting ice = J. How much heat was needed to melt one gram of ice? Show your work. Heat to melt one gram of ice = Jlg This is Lu, the latent heat of melting for ice. The accepted value is 334 J/g. What do you think are the major sources of error in this experiment? How could the error be reduced