04:03Lattice Energy Summary in 4 Minutes (With Examples & Practice Problems)Conquer Chemistry1605views
13:30Lattice Energy of Ionic Compounds, Basic Introduction, Charge vs Ionic RadiusThe Organic Chemistry Tutor886views
Multiple ChoiceThe lattice energy for ionic crystals decreases as the charge of the ions _____ and the size of the ions _____.996views
Multiple ChoiceWhich of the following compounds would you expect to have the highest boiling point?743views
Multiple ChoiceThe solubilities of CaCrO4 and PbCrO4 in water at 25°C are approximately 0.111 g/L and 0.0905 g/L in H2O respectively. Based on this information, which compound do you think has the smaller lattice energy?555views2rank
Multiple ChoiceWhich of the following should have the largest magnitude for the lattice energy?289views
Multiple ChoiceWhich of the following should have the smallest magnitude for the lattice energy?343views
Open QuestionConsider the lattice energy of any ionic compound. what combination of ions and charges will produce the largest (in magnitude) lattice energies?239views
Open QuestionWhich of the following trends in lattice energy is due to differences in ionic radii?330views
Open QuestionMX(s) + crystal lattice energy → M+(g) + X- (g) is the reaction for crystal lattice energy.253views
Open QuestionWhat is the trend in the lattice energies of alkaline earth metal oxides? Here are the lattice energies (in kJ/mol): MgO -3795, CaO -3414, SrO -3217, BaO -3029.
Open QuestionLithium iodide has a lattice energy of -7.3 * 10^2 kJ/mol and a heat of hydration of -793 kJ/mol. Find the heat of solution for lithium iodide and determine how much heat is evolved or absorbed when 15.0 g of lithium iodide completely dissolves in water.
Open QuestionPotassium perchlorate (KClO4) has a lattice energy of -599 kJ/mol and a heat of hydration of -548 kJ/mol. Find the heat of solution for potassium perchlorate and determine the temperature change that occurs when 10.0 g of potassium perchlorate is dissolved with enough water to make 100.0 mL of solution. (Assume a heat capacity of 4.05 J/g°C for the solution and a density of 1.05 g/mL.)