You have a hydrate, Mn(NO3)2XH2O. You analyze this hydrate and find that it contains 0.0272molesofAnyhydrate and 2.45 grams of water. What is the value of X ? (Water =18.015g/mol) 2 10 5 4 3 1 The Solubility of KNO3 in water at 0C is 13.3 grams per 100mL of water. The Solubility of KNO3 in water at 1100C is 247 grams per 100mL of water. - You add 100.0 grams of KNO3 to 100.0mL of and increase the temperature to 100C. - Based on the Solubility above, should the KNO3 crystals dissolve? - Let's assume the 100.0 grams of KNO3 do dissolve and then you then start cooling the clear solution to 0C. - Should you see KNO3 crystals forming? - If Crystals do form, how many grams of SOLID KNO3 Crystals should there be mixed in with the 100mL solution at 0C (hint: think solubility above)? You are measuring the Density of an Unknown Liquid by taking Mass and Volume readings for the liquid. You generate a linear graph with Mass of Liquid (g) on the y-axis and Volume of Liquid (mL) on the x-axis. The equation of the line from this graph is " y= 1.18x+0.075" The Value of the Density of the Liquid is g/cm3