WITH CORRECT ANSWERS
eeee eeee eeee
Type eeeeof eeeeprocess eeeeof eeeethe eeeeforming eeeeof eeeethe eeeeionic eeeecompounds eeee- eeeeCORRECT eeeeANSWER eeee--
reaction eeeeis eeeeexothermic eeeebecause eeeeof eeeethe eeeelattice eeeeenergy eeee(it eeeereleases eeeeheat eeeeduring
eeeeformation)
-transfer eeeeof eeeeelectron eeeefrom eeeemetals eeeeto eeeenonmetals eeeeis eeeeendothermic
ionic eeeebond eeeemodels eeee- eeeeCORRECT eeeeANSWER eeee--
high eeeeheat eeeeto eeeebreak eeeeapart eeeelattice eeee(high eeeemelting eeeepoints) eeeebecause eeeethere eeeeare eeeeno eeeefree
eeeeelectrons
-
nondirectional eeee(as eeeeyou eeeemove eeeeaway eeeefrom eeeethe eeeecenter eeeeof eeeethe eeeeion eeeethe eeeeforces eeeeare
eeeeequally eeeeas eeeestrong eeeein eeeeall eeeedirections)
-
ionic eeeesolids eeeedissolve eeeein eeeewater eeeeor eeeemelt, eeeethe eeeecations eeeeand eeeeanions eeeedissociate eeeeand eeeefree
eeeeions eeeeto eeeeallow eeeefor eeeeelectrical eeeecurrents eeeeto eeeeflow eeeethrough
ionic eeeecompound eeeeformulas eeee- eeeeCORRECT eeeeANSWER eeee--always eeeecontain eeeepositive eeeeand eeeenegative
eeeeions
-in eeeea eeeechemical eeeeformula, eeeethe eeeesum eeeeof eeeethe eeeecharges eeeeof eeeepositive eeeecations eeeeand eeeenegative
eeeeanions eeeeare eeeeequal
-the eeeeformula eeeeof eeeean eeeeionic eeeecompound eeeereflects eeeethe eeeesmallest eeeewhole eeeenumber eeeeratio eeeeof
eeeeions
common eeeenames eeee- eeeeCORRECT eeeeANSWER eeee--nicknames eeeelearned eeeeby eeeefamiliarity
systematic eeeenames eeee- eeeeCORRECT eeeeANSWER eeee--determine eeeefrom eeeethe eeeechemical eeeeformula eeeeand
eeeevice eeeeversa
ionic eeeecompounds eeeeare eeeemade eeeeup eeeeof eeee- eeeeCORRECT eeeeANSWER eeee-metals eeeeand eeeenonmetals
, electronegativity eeee- eeeeCORRECT eeeeANSWER eeee--
ability eeeeof eeeean eeeeatom eeeeto eeeeattract eeeeelectrons eeeeto eeeeitself eeeein eeeea eeeechemical eeeebond