Part A Consider the lattice energy of any ioniccompound. What combination of ion

Question

Part A Consider the lattice energy of any ioniccompound. What combination of ions and charges will produce thelargest (in magnitude) lattice energies? small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges small ions and small charges large ions and large charges small ions and large charges large ions and small charges Part A In the molecule FBr, which atom is the negative pole? Consider the lattice energy of any ioniccompound. What combination of ions and charges will produce thelargest (in magnitude) lattice energies? small ions and small charges large ions and large charges small ions and large charges large ions and small charges

Explanation / Answer

Part A :               Outof the two F is more electronegative . So F bears negative sign. Part B :              U Q1 * Q2 / r Lattice energy is directly proportional to the productof the charges and inversely proportional the distance ofseperation . And it will be maximum when small ions and large charges arepresent .      

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